The ongoing development of 3D Printing technology helps unlock an ever-expanding realm of opportunities and drives increased adoption and robust growth. The Compound Annual Growth Rate (CAGR) of 91.5% by 2028, which is a significant surge compared to the benchmark year of 2021. The construction industry is going through a seismic shift. The creative use of 3D printing is altering the industry. This is revolutionizing the construction industry. We will examine the groundbreaking use of 3D Printing in construction. 

1. Architectural Models: 

For a long time, architects have relied on physical models to bring their vision to life, and though traditional model-making is a skilled process, 3D printing has helped revolutionize this aspect of architectural design. Architectural modelling is the primary application of 3D printing in the construction industry that resolves the process of visualizing and refining building designs.  

It helps architects create intricate and precise models that offer tangible representations of their designs. These models are useful for clients as they can visualize the final product, foster better communication, and hence understand the design phase. 

2. Prototypes: 

The development of prototypes is an important step in construction projects, and traditionally, fabricating the prototypes was a very time-consuming procedure. It’s an expensive affair as well. Now, 3D printing has resolved this, and it helps in the rapid production of prototypes that can be tested and refined swiftly. Whenever a new construction material is introduced or any special component is released, 3D printing improves innovation and problem-solving. 

3. Formwork Solutions: 

Formworks help create molds for concrete structures, and it is an important aspect of construction. For creating complex formwork, 3D printing offers innovative solutions quickly. Architects and engineers can design intricate and accurate formwork templates that are tailor-made for each project. This precision helps streamline the concrete pouring process and also minimizes the waste of material and construction time. 

4. Buildings:

One of the most groundbreaking applications of 3D printing in construction is that it helps in the creation of entire buildings. This technology has redefined the way we think about construction. Large-scale 3D printers are capable of constructing complete structures layer by layer. This method helps reduce construction time and labor costs while minimizing material waste. In 2019, a 3D-printed building in Dubai was completed in just two weeks, showcasing the potential for rapid construction. 

5. Structural Components

The structural components in the construction projects must be made to order. Historically, these items were handmade or produced in far-off factories. These components can be produced through 3D printing on-site or in close buildings to cut down on transportation costs and delays. 3D printing offers versatility and accuracy to produce structural pieces, which include support beams, connectors, or complex trusses. 

Conclusion: 

We can see that there are many advantages of 3D Printing in Construction and it helps streamline processes, improves precision, and minimizes expenses in construction. 3D printing applications in the construction world extend to architectural modeling, and it has simplified the transition from digital concepts to tangible models. 

As technology evolves, there are going to be more groundbreaking developments. 3D printing is not the future of construction; it is the present and offers many limitless possibilities that will transform in the future.

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Instead of replacing traditional construction methods, the use of innovative technology in the construction industry is improving the capabilities of human workers and also enhancing the productivity of the employees at the job site. For example, the strategic implementation of robots, artificial intelligence (AI), and the Internet of Things (IoT) is expected to lead to a reduction of up to 20% in building projects. 

Let’s explore 10 cutting-edge technologies that are making waves in the construction sector and revolutionizing the way we are building our world. 

1. Use of Augmented Reality (AR) and Virtual Reality (VR) 

Augmented Reality and Virtual Reality have become widely recognized through the integration of mobile applications, headsets, and many smart devices. This new technology in construction has gained a lot of prominence, even in the gaming industry, and now, beyond entertainment, its power is extending to the construction sector. AR overlays computer-generated images onto the user’s real-world environment and enriches their perception. On the other hand, VR offers an immersive experience to the user, offering a completely computer-generated environment that enables them to interact as if they were in a physical setting. 

AR and VR improve collaboration, boost on-site safety measures, facilitate workforce training, and improve the overall efficiency of the project. As construction technology, they offer many benefits, like virtual building tours to enable stakeholders to monitor the progress of the team remotely. AR goggles scans and tags to offer important information to workers about the operational instructions of the machines or give hazard warnings that significantly improve on-site safety protocols. 

New employees can get well acquainted with the work environment with this technology easily. Another adoption of Mixed Reality (MR) is also on the rise, which combines the elements of AR and VR. It gives an immersive and engaging experience to the users and helps them maintain a strong connection with their real-world surroundings. 

2. Construction Robots 

With the introduction of robots in the construction industry, there has been a remarkable innovation in the industry. Building construction technology has progressed, and robots at the job sites have thereby enhanced precision, productivity, safety, and cost efficiency. 

The predominance of demolition robots has been evident, and they account for approximately 90% of the construction robot market. But, with ongoing progress in artificial intelligence (AI) and Machine Learning (ML), robots are moving towards greater autonomy and proficiency. The modern construction of robots can tackle diverse tasks like lifting heavy objects, excavation, laying bricks, plastering, drilling, assembly, 3D printing, and more. Getting hardware and filling workforce shortages have been easier than ever. 

3. Digital Twin Technology

The digital twin technology in the construction industry is another groundbreaking achievement, and digital twins represent virtual replicas of physical objects, buildings, and systems. These digital counterparts amalgamate real-world data and cutting-edge technologies like the IoT (Internet of Things) to conduct simulations that can predict the actual performance of a product or system. 

Digital twins have extensive applications, which include individual projects, vehicles, machinery, and digital twin cities on a large scale. It supports asset management and optimizes the use of space. It also helps in deciphering who is going to use the space, how, when, and what assets are going to occupy it. Moreover, this technology is instrumental in testing safety procedures and emergency action plans. For example, it can help in simulating a building evacuation to determine the necessity for additional exit routes. A digital twin’s usefulness goes beyond project completion by supporting teams in charge of managing buildings.

4. Drones 

The introduction of drone technology in construction brought a revolutionary wave to the construction industry. Year over year, the use of drones has increased in the construction sector by 239%. Companies are harnessing these aerial devices for various purposes, which include land and site analyses, project planning and design, equipment tracking, project reporting, security surveillance, and cross-team collaboration. 

Drones are helping reduce costs, improving operational efficiency, and executing risk mitigation. It also brings high-quality data accuracy. To illustrate the efficiency, consider the conventional process of surveying a large job site, which uses human workers and is a time-consuming and labour-intensive task. In stark contrast, drone surveys are useful for covering a sprawling 120 acres of land every hour and translate to a staggering 60-fold improvement in surveying efficiency. 

It helps save money as manual labor requirements decrease and companies can maintain strict project deadlines. The aerial capabilities of drones allow them to reach potentially hazardous areas and offer a more safe and efficient approach to site monitoring and data collection. 

5. 3D Laser Scanning 

3D laser scanning is another groundbreaking technology that helps make significant headway in the construction industry. This specialized equipment helps in employing laser probes and advanced software to capture precise measurements and shapes of physical objects, rendering them as detailed 3D representations. 

The technology is great for measuring intricate details and generating highly accurate point clouds that meet the unique contours and complex geometries of the construction project. It should be noted that demand for 3D laser scanning is going to surge, with projections indicating that there will be market growth of $10 billion by 2024. 3D laser scanning helps find utility across the complete project life cycle, from design and construction to ongoing operations and renovations. 

It not only improves accuracy but also reduces manual labor and fosters collaboration or enhancement in collecting critical project data. It saves up to 50% when compared to traditional 2D scanning methods. Despite the many benefits it offers, it is vital to acknowledge that 3D laser scanning comes with high initial costs and needs skilled operators to get the maximum output. 

6. 4D BIM (Building Information Modeling) 

4D BIM goes a step ahead by integrating the element of time into the equation. It comprises 3D BIM models that are generated at several stages of a project to create a virtual construction sequence. In simple words, it gives a dynamic simulation of construction activities that are unfolding over time. 

4D BIM offers an unprecedented level of transparency into construction projects. Stakeholders and project leads can access a virtual timeline that showcases the complete evolution of the project. Visual representation gives a real-time view of progress, potential challenges, and team dynamics. Managing large construction projects requires intricate planning that must be completed on time, and 4D BIM allows the managers to maintain good control over the schedules. They can identify gaps and make adjustments accordingly. 

BIM technology in construction helps in the early detection of issues and discrepancies and allows access to a wealth of data so corrective decisions can be made. It reduces rework as well. By adding a dimension of time to traditional 3D models, it improves project visibility, streamlines management, and empowers it to make informed decisions. The technology optimizes construction processes for better results, and as construction projections are getting more complex these days, 4D BIM makes sure the projects are successful. 

7. 3D Printing 

In the construction industry, 3D printing is ushering in a revolution, and it helps in eliminating the setbacks caused by the shortage of important aspects. If there are necessary raw materials, then construction teams are able to print the required artwork and materials, which ensures seamless progress. 

The technology helps advance sustainable construction practices. With the accurate use of materials, it eliminates on-site waste and contributes up to a 60% reduction in waste. Last-minute design changes do not cause any excessive waste as well. Fine-tuning and customizing the designs is also simpler, and hence construction workers are exposed to fewer risks on the construction site. 

8. Resource and Workforce management software 

Resource and workforce management software is a versatile solution for construction companies as it can automate and simplify many personnel-related procedures like forecasting, scheduling, and staffing.

This emerging technology in construction is useful to meet the needs of different stakeholders and contractors. The field of construction is dynamic, and change is inevitable, so labor shortages, safety compliance issues, and scheduling problems can arise at any time, which may result in job complexity. Resource and workforce management tools help in dealing with these pressures and planning ahead of time. Handling the data accurately and staff rostering or tracking the actuals are possible with this software much more easily. 

Hence, the workforce is optimized, and the right personnel are deployed to the right place at the right time. The software works as a centralized repository to make well-informed decisions and offers invaluable benefits for managing project schedules and budgets. These solutions effectively reduce work-related accidents and allow efficient job training protocols. 

9. Sensor Data 

Sensor data is useful for perceiving input from the surrounding environment and generating a corresponding response. This is a useful device that conveys critical information to the user. In the construction sector, sensor data plays a crucial role in ensuring the safety of on-site workers and the well-being of future occupants. For example, vibration sensors detect any structural movements within the building and warn people about potential stability problems. 

Humidity sensors help monitor environmental conditions and safeguard materials from damage. Gas sensors help track the concentration of specific elements in the air, which is a crucial early warning system for air pollution. The proximity sensor helps in determining the presence and absence of nearby objects or materials that serve as a hazard alert system. So, sensor devices have wireless connectivity features that enable remote monitoring and control, and it is a game changer in the construction industry for ensuring supreme safety for everyone. 

10. Advanced take-off and estimating tools

Precise planning is more important than ever in the construction industry, as the industry is struggling to manage material costs and has lower profit margins. Modern takeoff and estimation technologies have come into the picture to estimate the expenses associated with each component of the project. The take-off technology is useful for identifying and quantifying the tools, materials, and labor required for construction projects. 

Planning and completing the project become easier with these tools. Project managers can plan budget projects carefully, get efficient resources at the right place, and also raise the value of client bids. Manual takeoffs and estimations are still an option, but digital technology in construction offers a significant return on investment (ROI) as these are highly accurate, efficient, and able to foster great teamwork and cost-saving benefits. 

Final Thoughts: 

Innovative technologies in construction have the potential to produce profound transformations in the industry, and they streamline many construction processes. It reduces project timelines and labor requirements. It speeds up project completion and improves the overall productivity of labor. Innovations like sensors, drones, BIM, 3D printing, and more help minimize material waste and optimize the allocation of resources precisely, which leads to cost savings. 

Promoting energy-efficient designs is also useful for reducing waste and technologies like AR and VR improve the precision of design, project planning and execution of the project which results in fewer or no mistakes. These technologies are revolutionizing the construction industry and ensure safety, sustainability and efficiency along with providing cost benefits. To stay ahead in competition embrace these advancements and you can give better outcomes to your clients as well.

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PlusSpec SketchUp plugin which has BIM functionality with user-friendly design, epitomises innovation in the field of architectural design and construction. By bridging conception and execution, this integration increases effectiveness. PlusSpec enables designers to move beyond conventional tools by providing real-time cost estimation, material takeoff, and VDC principles. An effective and integrated design process is guided by an understanding of its capabilities.

System Requirements

To harness the power of PlusSpec seamlessly, adhering to specific system requirements is paramount. 

Minimum Requirements:

For PlusSpec, a system with SketchUp 2017 or newer is essential. It’s compatible with both Windows (Windows 7 and above) and macOS (10.7 and above) operating systems. Additionally, a 64-bit processor, 5 GB of available storage space, and a graphics card compatible with OpenGL 4.0 are prerequisites. A display with a resolution of 1140 x 900 enhances the user experience.

Recommended Requirements:

To cater to varying project complexities, recommended specifications can be categorized as follows:

Entry-Level Projects: Utilize an Intel Core i5 or AMD Ryzen 5 CPU, possess over 8GB RAM, and employ SSD storage. A graphics card with 2GB+ VRAM, along with a display boasting 1920 x 1080 resolution on Windows 10 64-bit or macOS 10.15, ensures a smooth experience.

Mid-Range Projects: For projects like apartments or office buildings, an Intel Core i7 or AMD Ryzen 7 CPU combined with more than 16GB RAM and NVMe SSD storage is recommended. A graphics card with 4GB+ VRAM, coupled with a 2560 x 1600 resolution display, provides enhanced visuals.

High-End Projects: Complex endeavours such as high rises demand robust hardware. Employ an Intel Core i9 or AMD Ryzen 9 CPU, a minimum of 32GB RAM, and NVMe SSD storage. 

Features: 

Seamless Integration: PlusSpec’s hallmark feature is its seamless integration with SketchUp, a widely-used design estimating software. 

Construction Documentation: The plugin empowers users to generate precise construction estimating documents directly from the 3D BIM model. 

Real-time Cost Estimation: PlusSpec introduces real-time cost estimation and construction takeoff features, enabling architects to assess project costs and manage budgets on-the-fly.

Collaboration: Facilitating collaboration, PlusSpec allows cloud-based sharing of models and data among team members. 

Virtual Design Construction (VDC): PlusSpec’s emphasis on Virtual Design Construction aligns 3D design, construction, and cost estimation, streamlining the project workflow.

Cost

Flexible Pricing: PlusSpec offers multiple pricing tiers that cater to varying user needs and project complexities.

Affordability: With subscription plans starting from as low as $49 per month, PlusSpec is well-suited for individual users, small design firms, and smaller projects.

Value-add Features: Higher-tier plans come with advanced features such as detailed cost estimation and integration with construction processes, providing enhanced value for intricate projects.

Archicad: Empowering Design Excellence through Comprehensive BIM

A specialised BIM system by Graphisoft called Archicad sits at the top of design architecture innovation. With its extensive toolkit including design, visualisation, documentation, and collaboration, Archicad exceeds design software norms. Archicad Software gives professionals the tools they need to handle complex geometries and cross-disciplinary collaborations with ease by placing an emphasis on advanced modelling, coordination, and open BIM workflows. An in-depth analysis of Archicad’s system requirements, extensive feature set, and cost dynamics raise architectural endeavours to previously unheard-of heights of perfection.

For Archicad, meeting specific system requirements is essential to ensure a smooth installation and optimal performance. The software has both minimum and recommended specifications.

System Requirements

Minimum Requirements:

Archicad installation necessitates a 64-bit Intel or AMD multi-core processor, 5 GB free space, an OpenGL 4.0 compatible graphics card, and a display with 1140 x 900 resolution. Operating systems include Windows 10 64-bit or macOS 10.14 and higher.

Recommended Requirements:

For different project sizes, recommended specs vary:

Entry-Level Projects: Intel Core i5 or AMD Ryzen 5 CPU, 8GB+ RAM, SSD, 2GB+ VRAM graphics card, 1920 x 1080 display, Windows 10 64-bit/macOS 10.15.

Mid-Range Projects: Intel Core i7/AMD Ryzen 7 CPU, over 16GB RAM, NVMe SSD, 4GB+ VRAM graphics card, 2560 x 1600 display, Windows 10 64-bit/macOS 10.15.

High-End Projects: Intel Core i9/AMD Ryzen 9 CPU, 32GB+ RAM, NVMe SSD, 6GB+ VRAM graphics card, 5120 x 2880 display, Windows 10 64-bit/macOS 10.15.

Features: 

Comprehensive BIM Tools: Archicad boasts a comprehensive suite of BIM tools that cater to the entire project lifecycle. 

Advanced Modeling: With an emphasis on advanced modeling capabilities, Archicad excels in dealing with complex geometries and parametric design. 

Collaboration and Coordination: Archicad facilitates collaboration and coordination among different stakeholders through open BIM workflows. 

Rendering and Visualization: The software offers powerful rendering and visualization features, allowing architects to create photorealistic visualizations for client presentations and design reviews.

Interoperability: Archicad’s compatibility with various industry-standard formats and software ensures seamless data exchange and integration within broader design ecosystems.

Cost 

Variable Pricing: The comprehensive nature of Archicad is often reflected in its pricing, which may be higher due to the expansive range of features. Pricing can fluctuate based on geographic location and specific project requirements.

Annual Subscriptions: Archicad typically follows an annual subscription model, requiring a substantial initial investment.

Conclusion

In design and construction, making the correct BIM software selection is crucial. Different needs, scales, and budgets are catered for by PlusSpec and Archicad. If you appreciate SketchUp integration, real-time cost estimates, and lean VDC, choose PlusSpec. Intricate design, intricate BIM solutions, team communication, and strong project support are all strengths of Archicad. 

The outcome of this decision significantly affects your design journey. To make an informed choice, evaluate the project’s needs, investigate the characteristics, and match the aspirations with the available resources.

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The post SketchUp With PlusSpec Or Archicad? Which BIM Tool Is Worth Buying? appeared first on Constructioners.com.

This comprehensive analysis delves into seven prominent building estimate software solutions available in 2023. Specifically designed for construction contractors, cost estimators, and professionals engaged in house estimating and construction estimating budgets. 

These software options offer a wide array of features. From precision-enhancing quantity takeoff to seamless collaboration tools and immersive 3D visualization capabilities, these solutions are redefining how construction projects are planned and realized.

1. ProEst

Main Features: ProEst, a cutting-edge construction software, is an easy estimate software that provides a full range of features that are meant to improve precision and effectiveness. Users may extract precise measurements from designs thanks to its sophisticated 3D takeoff capabilities, and its quantity takeoff tool enables careful assessment of the materials needed. 

The integration of ProEst with other project management solutions promotes real-time collaboration and enables seamless team communication. Its large material cost database, which enables users to produce estimates with impressive precision, is a priceless asset. Additionally, ProEst effortlessly interfaces with CRM and accounting software platforms, streamlining client and financial management.

Cost: ProEst’s price varies according to the size of the business and the particular features needed. Interested parties are urged to get in touch with ProEst’s sales team for exact price information.

Pros: ProEst is a great choice for professionals looking for accuracy and efficiency thanks to its sophisticated features, real-time collaboration capabilities, comprehensive material cost database, and integration choices.

Cons: Although ProEst has excellent capabilities, the price may be prohibitive for smaller companies with tighter budgets.

2. Clear Estimates

Main Features: With its straightforward features and user-friendly UI, Clear Estimates stands out from the competition. The provision of pre-built templates customized for various construction projects is one of its notable features. This building estimate software speeds up the estimation process, and these templates enable even people with no prior experience to participate. 

Users of Clear Estimates may easily access the most recent pricing data for materials thanks to the integration of cost databases into the software. The software also enables users to alter their estimates in order to meet the particular needs of each project.

Cost: With plans starting at roughly $59 per month, Clear Estimates has a subscription-based pricing approach.

Pros: Clear Estimate is an appealing solution for individuals who prioritize simplicity without compromising accuracy because of its user-friendly interface, pre-built templates, and cost databases.

Cons: Clear Estimates may not have all of the cutting-edge capabilities seen in other software packages for projects with intricate requirements.

3. PlanSwift

Main Features: Construction takeoff and estimating software leader PlanSwift is renowned for its accuracy and adaptability. Users are given the ability to make digital takeoffs directly from plans using the software, turning these measurements into thorough estimations. An important element of PlanSwift is its 3D takeoff tool, which enables users to see the project in three dimensions for better project comprehension. In order to provide seamless data sharing, the software also allows interfaces with a number of other software products. Additionally, PlanSwift creates thorough reports that offer priceless information for making decisions.

Cost: PlanSwift has a variety of price tiers to meet various demands. The starting price for a single-user licence is about $1,595.

Pros: PlanSwift is an essential tool for professionals looking for accuracy and efficiency in their estimating process because of its powerful takeoff capabilities, 3D visualization, and integration options.

Cons: For smaller companies with tighter budgets, PlanSwift’s price may be exorbitant.

4. Sage Estimating

Principal Features: Sage Estimating stands out as a comprehensive solution with a range of features specially designed for cost estimation in the construction industry. Advanced takeoff choices that let users extract minute data from plans are among its primary features. Users of the software can modify templates to meet unique project requirements, increasing flexibility. Its seamless integration with Sage’s larger portfolio of project management products, which promotes collaboration across multiple areas of a project’s lifecycle, is a noteworthy asset. Its utility is further enhanced by collaboration features and comprehensive reporting skills.

Cost: Interested parties are urged to get in touch with Sage directly to get detailed pricing information on Sage Estimating.

Pros: Sage Estimating is a strong choice for challenging construction projects thanks to its extensive feature set, integration potential, and customization options.

Cons: Due to its sophisticated functions, Sage Estimating may require new users to master it more quickly.

5. UDA Construction Suite

Main Features: Estimating capabilities are a standout feature of the comprehensive set of construction management tools provided by UDA ConstructionSuite. The program streamlines the estimation process by giving users access to cost databases and project templates. Enhancing project management coherence through integration with other UDA tools enables frictionless data sharing. Offerings from UDA ConstructionSuite appeal to both small and large organizations, demonstrating their scalability and versatility.

Cost: Depending on the version selected and the necessary features, UDA ConstructionSuite’s price varies.

Pros: UDA ConstructionSuite is an enticing alternative for organizations of various sizes because of its full array of construction management tools, customization choices, and adaptability.

Cons: Some capabilities of UDA ConstructionSuite may be unnecessary for construction contractors looking for only estimated functionality.

6. STACK Estimating

Main Features: As a cloud-based solution, STACK Estimating has established a market for itself by enabling customers to access the software from any location with an internet connection. Strong takeoff and estimation capabilities, along with real-time collaboration tools, are the software’s distinguishing advantages. Notably, STACK’s 3D takeoff capability gives consumers the ability to see the project’s breadth in greater detail. The software’s appealing user interface and support for mobile apps enhance its usability.

Cost: It is encouraged that interested consumers contact STACK’s sales team for exact price information.

Pros: STACK is a dynamic solution for contemporary construction teams because to its cloud-based architecture, 3D takeoff capabilities, collaboration tools, and compatibility with mobile apps.

Cons: Depending on usage volume and the desired feature set, costs may escalate.

7. Buildertrend

Main Features: Buildertrend, while largely known as project management software, also provides fundamental estimating tools that are tailored to the requirements of construction industry specialists. The program streamlines the estimation process by giving users access to cost databases and project templates. Buildertrend is notable for integrating with other project management software to produce a complete project coordination solution. Buildertrend seeks to streamline the estimation process while providing a suite of more comprehensive project management features to smaller contractors.

Cost: Buildertrend uses a subscription-based pricing approach, with prices based on the size and feature needs of the business.

Pros: Buildertrend is positioned as an all-in-one solution for smaller construction enterprises because of its complete approach to project management and its fundamental estimating features.

Cons: Buildertrend could not have the capability required for projects requiring complex estimation tools.

Conclusion

With the introduction of user-friendly and feature-rich building estimating software systems, the field of residential construction software has undergone an irreversible transformation. Each software has a distinct set of advantages that are intended to meet a variety of company requirements, from streamlined simplicity for smaller contractors to sophisticated functionality for larger organizations. 

As we come to a conclusion on this extensive examination, it is clear that these software options are influencing how construction estimating and project management will develop in the future. The accuracy, efficiency, and transparency of the estimation process have increased because of the introduction of features like 3D takeoff, quantity takeoff, and collaboration tools, which have ultimately enhanced project outcomes.

It is impossible to overestimate the importance of correct estimations in the building. A successful project is based on accurate estimations. They provide direction for planning, allocating resources, setting budgets, and meeting deadlines. Construction professionals today have access to technologies that speed the estimating process, reduce errors, and improve team communication due to the development of technology-driven solutions like the ones discussed here.

There are several solutions available in the realm of construction estimating software to meet different needs. These solutions will probably advance in sophistication as technology develops more, giving building workers more abilities and knowledge. The implementation of these digital solutions aims to ensure the success of every construction project, from conception to completion, rather than just embracing innovation. 

Construction professionals may negotiate the complexity of the industry with assurance, accuracy, and efficiency by incorporating these tools into their workflows. These software solutions are at the vanguard of this transformative journey, which is shaping the future of home building through the integration of cutting-edge technology.

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Top 10 Construction Management Software

The post Best 7 Easy Estimate Software For House Construction 2023 appeared first on Constructioners.com.

Based on popularity and effectiveness, we compiled a list of the top 10 construction management software to handle construction projects accurately and efficiently.

1. BIM 360

BIM 360 is an online project management system designed to help project, field and BIM managers to deliver projects on time. It makes work execution quick and on budget. It results in easy management of the project. You can access it from anywhere and anytime.  Adhering to industry standards, safety rules and project specification becomes easy. It helps the managers to have a better control over their projects. The BIM 360 feature includes real time data, field data management, tracking of construction and key performance indicators along with quality assurance. This software helps to resolve the issues quickly, allow teams implement their workable schedules, increase job site productivity and much more. Contact the website for pricing.

2. Jonas Premier

Jonas Premier is a magnificent, robust and simple to use cloud construction software that is ideal for those construction companies who are under the Jonas construction software. This modern software automates the entire workflow and allows one to do their job in a profitable manner. It can be used by a group of people like general contractors, home builders, land developers, etc.  It is specifically designed to meet the needs of your business and best for managing the project, job costing, estimation, accounting and reporting. Time estimating becomes easy with this software and you can track, manage and analyze the progress of the job easily. Get in touch with the company to get the price details.

3. Procore

Using a unified platform, Procore construction OS helps to connect the people, application and devices to manage risks associated with construction projects. It makes cost estimation and project delivery easy. The software can be accessed from different locations easily and all the team members can view the progress of the project. It allows the team members to be on the same page in spite of working from different locations. This user centric software makes easy communication between team members and helps to build the projects safely. For price, you should contact the company directly.

4. Buildertrend

Remodelers and residential builders can benefit from cloud based buildertrend Software for project management that is ideal to improve communication between the vendors, subcontractors, customers and residential builders. You can have access to daily reports, punch list and documents from anywhere in real time. One can access it using a mobile or a computer device as the software is web based. It has an inbuilt CRM system for bids and proposals. It features customer management, scheduling, budgeting and time sheets. The starting price of Buildertrend is $99 per month.

5. Knowify

It is an online construction Project management software system that is useful for tracking the performance and estimating the jobs. The features are integrated completely for monitoring the labor and material budget. Tracking the performance and estimating jobs becomes easy with this construction software. With custom e signable bids you can win more business and make better decisions. Invoices can also be processed quickly using this software. It is ideal for running the contracting business. For knowing the price of this software you should contact the company directly.

6. Plan Grid

Plan Grid is construction productivity software that helps in delivering project information in real time.  It also helps in annotating the results with the markup tool, so marking up your plans with notes and photos, right from the field becomes hassle free. You can share this in real-time with your team. It offers many benefits. You can reduce paperwork at the end of the day and complete the reports on site. Tracking and submitting the reports on the daily basis becomes easy and sending reminder emails also becomes simple. Thus, everyone stays on the track and you can manage the teams and work from anywhere and anytime and it is flexible for large projects. The price of nailgun version is $39 per month, dozer version is $59 per month and Crane version is $119 per month.

7. eSUB Subcontractor

eSUB serial software allows the users to choose the start and finish time of the assignment along with the percentage complete for each assignment individually. This feature makes planning and scheduling every specific task in a clear manner. The eSUB software helps in combining the critical path scheduling tool with cloud based technology access and getting real time updates in the field and office becomes simple. If the schedule is not coordinated properly and there is delay then it can lead to financial loss. eSub streamlines everything, increases the productivity of the crew and enhances scalability that ultimately leads to company growth. For software costs, you can contact the company.

8. WorkflowMax

Business management is vital to increase the efficacy of the company and reach business goals. Tracking the project, monitoring job, reporting, invoicing and handling timesheets are essential for working efficiently. The WorkflowMax software is an online project management system built for quick and efficient work. With this software you can store and access the store from anytime and anywhere. The price depends on the number of users accessing the software.

9. PlanRadar

Radar is cloud based construction software that helps in managing the construction projects from anywhere and at any time. It helps in tracking the project easily. It also centralizes the data and standardizes the process to keep all the projects well organized and manage it a better way. Radar helps in improving the profitability of a project and allows managing the end number of projects from different locations. It is fully hosted and secure. It also helps to track the project easily. The annual billing price of the software is $39, quarterly billing is $44 and monthly billing is $49.

10. Committed Cost

Committed cost is online project cost management software designed for tracking the daily progress of the report and executing daily construction activities smoothly. It is best for accounting management, budget forecasting, and actual costing. It helps in monitoring project costs and monitor complete capital programs. For price details you need to contact the company.

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The post Top 10 Construction Management Software appeared first on Constructioners.com.

Author: admin

Features & Specs

Targeted Market

ProEst offers solutions to almost all spheres of construction businesses. Solutions to different type of contractors are – 

• General Contractors:  ProEst provides efficient estimating software that will give the general contractors a competitive advantage in the construction industry. With the software, one can do quick bid responses and also calculate the cost of any project, however big it might be. Accurate estimates are a big USP of ProEst.
  
  
• Sub-Contractors:  The software matches the unique needs of each industry. With its use, users can use model cost types like material, labor, and equipment required in building estimates. Timesaving tools, consisting of built-in pricing updates, improved integration efficiencies, and solid reporting extend the power of ProEst well beyond evaluating tasks.
  
  
• Civil Construction: ProEst software gives civil construction companies new visibility into adjustable teams and labor yield. 
  
  It helps promote operational skills and organize estimated costs and accounting for by item, time, system, building, or any other user-defined sort type.
  
  

How does it work?

• Detailed Cost Estimates:  The contractor bidding software has been designed for users to create customized views of the most important information, perform quick and on-screen cost estimation. One can automatically add markups to ensure that their bids are profitable.
  
  
• Fast and Easy Estimating:  ProEst subcontractor database software is a complete solution that incorporates cost estimating with digital takeoffs to give major contractors a regulated process for estimating projects of all types and sizes. An intuitive user interface reduces the training curve, making it brief and clear to shape detailed estimates.
  
  
• Digital Takeoffs:  With built-in digital takeoff technology, ProEst general contractor bidding software gives users the flexibility to perform quantity takeoffs using electronic plans, an advanced capability many other estimating solutions that general contractors don’t offer.
  

• Flexible Markups:  ProEst subcontractor takeoff estimating software makes it easy to cultivate users’ estimates to boost profits. It even furnishes one with an at-a-glance photo of their estimate by representing all costs on a single screen.
  
  When fixed, they can use the built-in report writer to set up a professional-looking plan that emphasizes their company’s brand.

Related Software

• Autodesk Construction Cloud
• Procore
• Bluebeam Revu
• ProEst

• On-Screen Takeoff(OST)
• PlanSwift
• Assemble
• eTakeoff Dimension

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Review: PlusSpec For Better, Smarter Design Estimating & Construction

The post Review: ProEst Construction Estimating Software For All Estimating Solution appeared first on Constructioners.com.

Author: admin

Features & Specs

Targeted Market

Within the construction industry, PlusSpec’s broad appeal meets the needs of a wide spectrum of professionals, from big construction firms to individual architects.

1. Architects and designers:

PlusSpec empowers architects and designers to bring their creative visions to life with precision, and its 3D modelling capabilities facilitate the visualization of intricate designs that help professionals communicate their concepts more efficiently to other collaborators and clients. The ability to experiment and iterate is provided by parametric tools and adaptable structures, which allow architects to create outstanding and unique architectural designs. 

 

2. Builders and contractors:

PlusSpec is ideal for streamlining the construction process, and the real-time estimating features allow for accurate cost estimates that are easily accessible to contractors and builders. Builders are able to leverage PlusSpec’s 3D modelling to find potential mistakes and conflicts before they occur on the job site, which reduces disruptions and expensive rework scenarios. The program ensures the smooth execution of the project through the quantification of drawings and configurable reporting.

 

3. Construction Firms:

PlusSpec serves as a comprehensive platform for teams of varying sizes and backgrounds in the construction industry. It helps foster collaboration and serves as a powerful communication medium to bridge the gap between design and implementation. Construction companies are therefore able to enhance tier operations and complete projects on time and on budget by laying emphasis on accuracy and real-time data. The software is useful for creating 2D drawings professionally, managing budgets explicitly, and making use of the 3D BIM content library to execute projects precisely.

4. Collaborative teams and individual professionals:

PlusSpec provides services to professionals from various perspectives, whether you work as an individual contractor or have a collaborative team. Architects and designers can manifest their ideas independently because of PlusSpec’s versatility, and collaborative teams can leverage the software’s integrated BIM capabilities to work cohesively on intricate projects. Regardless of the size of the team, the ability to develop intricate 2D drawings and immerse stakeholders in 3D ensures that the projects are well understood.

Overall, the targeted market of PlusSpec encompasses builders, contractors, collaborative teams, designers, architects, and construction firms of various sizes. The versatility, robust features, and ease of use of this indispensable tool serve the diverse needs and work styles of different professionals across the construction spectrum. It is useful for pursuing an individual vision or collaborative vision of ambitious construction projects so everyone can achieve excellence and efficiency. 

Related Software

• ArchiCAD
• Procore

• All Plan

Related Posts

Review: Stack – Preconstruction Software That 10x Your Construction Takeoffs And Estimates

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SketchUp With PlusSpec Or Archicad? Which BIM Tool Is Worth Buying?

The post Review: PlusSpec For Better, Smarter Design Estimating & Construction appeared first on Constructioners.com.

Advantages of 3D Printing in Construction

a. Speed and Efficiency

The primary benefits of 3D printing in the construction industry lie in its ability to expedite the building process. Bricklaying, concrete pouring, and other labour-intensive operations are all part of traditional construction procedures. Contrarily, 3D printing enables quick layering of building elements, drastically lowering construction time. When building quickly is necessary in an emergency, this speed can be extremely helpful.

Complex architectural plans that traditionally took a long time to implement using traditional techniques can now be done precisely and quickly. More ambitious and creative architectural ideas are now possible because of this improved efficiency.

b. Cost-Efficiency

The financial implications of 3D printing for construction are substantial. 3D printing can result in significant cost reductions by reducing material waste and maximizing resource use. The budget for a project may be significantly increased by the excessive material waste that frequently occurs in traditional construction. On the other hand, 3D printing uses only the material required for construction, minimizing waste and eventually saving expenses.

It is interesting how labor expenses have decreased as a result of 3D printing. While professional labor is still required to operate and maintain 3D printing equipment, there are fewer labor requirements overall when compared to conventional construction techniques.

c. Customization and Design Freedom

One of the most compelling advantages of 3D printing in the construction industry is its ability to facilitate unprecedented levels of customization and design freedom. Due to the constraints of conventional tools and materials, complex, organic, or intricately shaped designs are frequently difficult to realize using conventional building methods. These restrictions are overcome by 3D printing, enabling engineers and architects to realize their most ambitious designs.

This increased architectural freedom makes it possible to build structures that are not only useful but also aesthetically beautiful and visually appealing. There are now less limitations placed on architects by traditional building materials, which opens up a world of imaginative possibilities.

d. Sustainability

Modern construction methods must take sustainability into account, and 3D printing perfectly fits this attitude. Sustainable construction is significantly aided by the 3D printing phenomenon’s ability to reduce material waste. The environmental impact of construction projects is reduced by this method by utilizing only the essential amount of material.

The use of recycled and reused materials in 3D printing further lessens the environmental impact of construction projects. This focus on sustainability is advantageous for both the environment and the rising market for environmentally friendly building practices.

e. Safety and Reduced Risk

The use of 3D printing technologies can dramatically improve site security. It reduces the possibility of human error, which is a major contributor to accidents in conventional construction, by automating various construction procedures. Additionally, this automation lessens the necessity for employees to perform strenuous activities, potentially lowering the danger of accidents occurring on the job.

Structures are constructed precisely thanks to 3D printing technology, reducing the possibility of structural failures or flaws. This higher standard of quality assurance helps ensure the overall integrity and safety of the project.

Challenges and Limitations of 3D Printing in Construction

a. High Initial Investment

Although there are several long-term advantages to 3D printing in the building industry, there might be a significant upfront cost. It costs a lot of money upfront to buy and set up 3D printing equipment, as well as the required software and training. This can pose a challenge of 3D Printing and as a considerable barrier for smaller construction firms or projects with limited budgets.

To mitigate this challenge, industry stakeholders may need to explore collaborative models, such as partnerships with technology providers or shared access to 3D printing facilities.

b. Material Limitations

Although the range of printable construction materials is expanding, there are still limitations of 3D printing compared to the array of materials available in traditional construction. This may affect the adaptability and durability of 3D-printed structures. For instance, the use of 3D printing in particular construction environments may be constrained by the suitability of specific materials for load-bearing components.

To close this gap and improve the applicability of 3D printing for a wider range of construction projects, scientists and researchers are working hard to increase the variety of printable materials.

c. Regulatory Hurdles

To ensure the safety and compliance of structures, the construction sector is subject to strict rules and building codes. It might be quite difficult to modify these guidelines to take 3D printed structures into account. The lack of established procedures and regulations pertaining to 3D-Printed construction may be holding down the adoption of this technology at the moment.

There are initiatives underway to involve regulatory agencies, business organizations, and professionals in creating standardized procedures for 3D printing in the building industry. This cooperative method is essential for managing the regulatory environment.

d. Lack of Skilled Workforce

Equipment for 3D printing needs to be operated and maintained by people with specialized knowledge and abilities. It can take a long time and be expensive to train a workforce in these areas. In areas where the technology is still developing, there may also be a shortage of qualified experts with experience in 3D printing.

Investments in education and training programmes that provide people with the knowledge and abilities necessary to operate and maintain 3D printing equipment are required to address this challenge. In order to create a trained workforce, collaboration between educational institutions, business organizations, and technology providers might be crucial.

e. Scale and Size Restrictions

The size of buildings that can be created with current 3D printing technology is restricted. While it excels at creating minor to medium-sized components, it could be less appropriate for larger projects or projects in locations with limited space. Due to this restriction, a hybrid strategy that combines 3D printing and conventional construction techniques may be required to reach the requisite scale.

With the help of developments in printing, robotics, and materials science, researchers and engineers are actively investigating methods to scale up 3D printing capabilities.

Conclusion

How we conceptualize and realize architectural ideas has advanced significantly with the adoption of 3D printing in the construction sector. Numerous benefits include improved speed and effectiveness as well as unmatched design freedom and sustainability. The difficulties posed by this technology, such as the high initial costs of investment, material constraints, regulatory issues, worker training requirements, and scale limitations, must be acknowledged and addressed.

3D printing is positioned to play a significant role in the future of the construction industry as technology develops and industry players work together to address these issues. By utilizing the potential of this game-changing technology, we have the chance to reinvent the way we construct and design buildings that are not just practical and secure but also forward-thinking and sustainable. The possibilities are endless as we move closer to a 3D-printed future in construction.

The post Advantages & Challenges Of 3D Printing In Construction Industry appeared first on Constructioners.com.

Florida, renowned for its thriving real estate market and iconic architectural styles, is currently undergoing a significant transformation in the construction sector. The integration of cutting-edge technologies, particularly 3D printing and modeling, is reshaping the way buildings and infrastructure are envisioned and built.

Blessed with picturesque beaches and lively urban centers, Florida has long been a focal point for construction endeavors. Nevertheless, the industry is standing at the threshold of a fresh era. The emergence of 3D printing technology, which has already left its mark in numerous industries, is steadily gaining traction within the Sunshine State.

Florida’s Printed Farms creates history by printing the largest 3D-printed structure ever, a luxurious horse barn

On June 8, 2023, Printed Farms, a Florida based construction company known for pioneering 3D printed structures, completed the world’s largest 3D printed building. They crafted the extraordinary structure using COBOD’s BOD2 construction 3D printer and hence set a new record for the world’s most widely used 3D printing technology.

This monumental project manifests the amazing capabilities of 3D printing technology in the construction industry. The luxurious horse barn has a total floor area of 10,100 square feet and makes it nearly 50% larger than the previous record holder in the Middle East. This impressive feat is designed to withstand extreme weather conditions that prevails in Florida. Florida, is a region which is known for tropical storms and hurricanes and the entire structure offers occupants safety. 

COBOD is a known provider of construction 3D printers which has been used for crafting this groundbreaking project and has established itself as a leader in the industry. The BOD2 printer from the company is known for holding meaningful records for3D printed buildings which includes 33 feet/9.9 meters buildings in Saudi Arabia. This is the tallest building there. The printer is known for building the buildings at a fast pace and it has built 3 buildings in 8 days in Oman and now it has crafted the largest 3D printed building in the world. 

The specs of the luxury horse barn are enthralling. It measures 13 feet in height, spans 155 feet in length and has a width of 83 feet approximately. The 3D printing process involves 5 passes of the printer where both sides are completed twice and the middle section is executed once. 

A notable benefit of 3D printing technology manifested in this project is the creation of 3D printed walls with cavity and air gap. The innovative design offers natural cooling to the building and is energy efficient. Printed Farms has once again pushed the boundaries of 3D printing in construction and demonstrates the versatility and potential of technology to revolutionize the industry. This accomplishment confirms Florida’s status as a center for cutting-edge developments in construction technology. 

To understand all the aspects of this groundbreaking project let’s understand what 3D printing is, and how it is used in construction?

What is 3D printing?

3D printing, also known as additive manufacturing, is a process of creating three-dimensional objects from a digital file by layering material on top of itself. Unlike traditional subtractive manufacturing, where the material is cut away from a solid block, 3D printing builds objects layer by layer, which allows for the creation of complex and customized shapes.

Here’s how the process generally works:

a. Design:

First, a 3D model of the object to be printed is created using computer-aided design (CAD) software. This digital file serves as a blueprint for the 3D printer.

b. Printing:

The 3D printer reads the digital file and starts the printing process. The printer deposits material layer by layer, following the design specifications. Various types of materials can be used for 3D printing, including plastics, metals, ceramics, and even food substances.

c. Layering:

The printer creates each layer by solidifying or fusing the chosen material. This layering process continues until the entire object is formed.

d. Post-Processing:

After the printing is complete, the object might need some post-processing steps. This can include removing support structures, smoothing the surface, or painting to achieve the desired final result.

What are 3D models?

A 3D model is a digital representation of a three-dimensional object or scene. These models are created using computer-aided design (CAD) software or 3D modeling software and are typically used for various purposes, including visualization, simulation, animation, and 3D printing.

Listed below are some key aspects of 3D models:

a. Geometry

3D models consist of geometric shapes such as points, lines, curves, and surfaces that define the object’s structure. These shapes are often organized into a mesh of polygons (e.g., triangles or quads) to create the 3D surface.

b. Texture

In addition to geometry, 3D models can include texture information. Textures are 2D images applied to the surface of the 3D object to give it color, pattern, and detail.

c. Materials

3D models can be assigned various materials, each with its own properties such as color, reflectivity, transparency, and more. Materials affect how the object interacts with light and the visual appearance of the model.

d. Rigging and Animation

For animated 3D models, additional information may be added to enable movement and deformation. This includes skeletal rigging for characters and keyframe animations for objects and scenes.

What is a 3D building?

3D building typically refers to the process of creating a three-dimensional digital model of a building or architectural structure. This model can be used for various purposes, such as visualization, analysis, simulation, and virtual tours. 3D building models are created using specialized computer-aided design (CAD) software or Building Information Modeling (BIM) tools. Here are a few key aspects related to 3D building modeling:

a. Visualization:

3D building models provide a realistic and immersive way to visualize architectural designs. Architects and designers use 3D models to showcase their concepts to clients, stakeholders, and the public. These models can include details such as textures, colors, and lighting to enhance realism.

b. Design and Planning:

Architects and engineers use 3D building models to explore different design options and assess their feasibility. These models enable professionals to visualize the spatial relationships within a building and make informed decisions about layout, materials, and aesthetics.

c. Simulation and Analysis:

3D building models can be used for simulations and analyses, such as energy efficiency studies, lighting analysis, and structural simulations. Software tools can simulate how sunlight will enter the building at different times of the day or analyze the structural integrity of the design.

d. Construction and Project Management:

During the construction phase, 3D building models are valuable for project management. Construction teams can use these models for clash detection, construction sequencing, and coordination among different trades. BIM tools allow for collaboration and data sharing among project stakeholders.

3D printing used in construction:

3D printing technology has found significant applications in the construction industry, transforming the way buildings and infrastructure are designed and constructed. This innovative approach, often referred to as “3D printing in construction” or “construction 3D printing,” utilizes large-scale 3D printers and specialized materials to create structures layer by layer. 

Here are some key aspects of 3D printing in construction:

a. Speed and Efficiency:

3D printing allows for rapid construction compared to traditional methods. Large-scale 3D printers can build entire walls or even entire buildings in a fraction of the time it takes using conventional construction techniques.

b. Cost-Effectiveness:

While initial investments in 3D printing technology can be high, the overall cost of construction projects can be significantly reduced. This is especially true for large-scale projects where labor costs and construction time are major factors.

c. Design Flexibility:

3D printing enables architects and designers to create complex and innovative architectural designs that would be difficult or impossible to achieve with traditional construction methods. Unique shapes and intricate details can be easily incorporated into the design.

d. Reduced Material Waste:

Traditional construction methods often generate a lot of construction waste. 3D printing, on the other hand, is an additive process, meaning material is deposited only where it is needed. This reduces material waste substantially.

e. Customization:

3D printing allows for a high degree of customization. Builders can tailor construction elements to meet specific requirements, making it ideal for creating custom components for unique architectural designs.

f. Sustainability:

Many 3D Printing for Construction methods utilize eco-friendly materials, and the reduced material waste also contributes to environmental sustainability. Additionally, some construction 3D printing techniques incorporate recycled materials.

So, we can see that 3D Printing for Construction has significantly reduced construction cost and time that allows rapid deployment of housing in emergency situations. The low labor and material cost makes it the most ideal option for building different structures and that too beautifully. 3D printing offers intricate and customized designs which are challenging and expensive to achieve with traditional construction methods. Some 3D printing technologies also employ eco-friendly and recyclable materials which reduces material waste as well. 

These homes and construction projects are gaining popularity as they have the potential to address housing shortages offering affordable housing solutions. Printed Farms has pushed the boundaries of 3D printing in construction once again and employed the technology to transform the industry. This remarkable achievement cements Florida’s position as a focal point for pioneering advancements in construction technology and it is a historic milestone in the world of 3D printed construction. 

The post Florida-Based Printed Farms Makes World’s Largest 3D Printed Building appeared first on Constructioners.com.

Features & Specs

Targeted Market

From subcontractors to GCs and homebuilders looking for flexible construction take-off, STACK makes it seamless to earn new business and develop lasting customer relationships with ease of product catalog access.  

Let us quickly discuss how STACK goes with your business niche.

 

1. Trade subcontractors:

STACK subcontractor software powers through cloud takeoff and estimates so users can bid more work and build more revenue. Thus it makes the software much more reliable. STACK is compatible with businesses specializing in Concrete, Drywall, Flooring, Insulation, Painting, Landscaping, Masonry, Mechanical, Electrical, Plumbing, Roofing, and Structural Steel. Evaluating the most profitable projects and completing your takeoff and estimating process efficiently is not a tall order, but with their industry-leading, cloud-based pre construction tools, you’ll be well equipped to win.

 

2. Home Builders : 

STACK home builders estimating software helps homebuilders to manage their work and communication among workers in an efficient and accurate way. 

As this is a cloud-based tool, collaboration from anywhere, with any device makes it more efficient. It helps eliminate tedious and repetitive tasks, simplify communication systems among subworkers, increase access and avoid costly errors. 

 

3. General contractors: 

The preconstruction software allows general contractors to drive takeoff and estimate accuracy. The STACK’s API keeps a smart track for better workflow. Thus it helps limit risk factors and attract the best clients for your business. Because, when you’re buttoned up, it becomes easy to nail down the workers you want.

 

4. Suppliers & Manufacturers:

It benefits your business in building commitment with your clients. This ensures contractors can apply your materials during the takeoff process. You increase both productivity and sales. Thus making it easier for you to handle the work process. 

 

How does it work?

 

The STACK cost estimating software allows its users with distinctive features. It works in four major parts – 

 

1. Plan, Spec & Document Management:

Staying organised hasn’t been this simpler. Its takeoff in construction makes sorting easy. Using STACK, the project designs, specs, and other documents are securely stored in a central hub. Thus making file handling seamless. 

 

2. Cloud-based Quantity & Material Take-off:

STACK’s material takeoff ability makes it wanted by tons of contractors. Its flexible, perceptive takeoff tools bend to the user’s demands, allowing a variety of measurement types to speedily and precisely find out material quantities. 

With cloud connectivity features, the takeoffs continue advancing as fast as you do. Helps access plans, docs and collaborate between members.

 

3. Detailed Cost Estimating & Proposals:

For even complex projects, STACK makes it easier to propose. Its intuitive tools are simply credible. It allows you to produce accurate estimates by performing sharp responses to bid invitations. Users can then generate winning offers in no time while establishing optimal profit margins.

 

4. Real time Collaboration & Connectivity: 

STACK obliges users to connect efficiently with their members during the work process. This will permit users to gain access to project plans, their details, and reports from anywhere in the world. 

The cloud takeoff unique feature has a database of all your jobs and members and their real-time actions when accessing the software. This helps members to stay associated and keep the work going on.

 

 

Related Software

• Autodesk Construction Cloud
• Procore
• Bluebeam Revu
• ProEst

• On-Screen Takeoff(OST)
• PlanSwift
• Assemble
• eTakeoff Dimension

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The post Review: Stack – Preconstruction Software That 10x Your Construction Takeoffs And Estimates appeared first on Constructioners.com.