Effortlessly Manage Design Changes: Reduce Costs and Risks from Day One

Tired of costly surprises late in your project lifecycle? Take control of design changes with our pre-construction cost guidance software. Architects, real estate developers, and contractors can now mitigate risks and cut down on construction costs right from the planning and design phase.

Proactive Risk Management

Identify and address potential issues early on to avoid costly surprises.

Streamlined Communication

Enhance collaboration between architects, developers, and contractors for smoother workflows.

Cost Reduction

Minimize unnecessary expenses associated with late-stage design changes.

Start Your 30-Day Free Trial Today

Don't let design changes derail your project. Sign up for our 30-day free trial and discover how you can reduce costs and risks from day one. Let LEMOS help you gain better cost control at every stage of the design and pre-construction project lifecycle.

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““We’ve been impressed, and pleasantly surprised, by the way we’ve been able to identify and address potential cost overruns early on with LEMOS. This proactive approach helps us reduce project risks throughout the pre-construction process.””
— GC

Get Started With LEMOS in Minutes

Setting up and reporting from the first project with LEMOS is quick and easy. Set up a project by specifying the name, location, and architect. Our system sends a link to the architect who links the project design model to the LEMOS dashboard. Within minutes your dashboard will begin reporting on material quantities in real-time, regardless of how the model was constructed. No complex software or CAD expertise is required of the owner or contractor. LEMOS takes care of all the intricacies, efficiently reporting quantities from the BIM model in familiar MasterFormat and Uniformat classification.

Digitize pre-construction with the ultimate cost guidance system

Want To Know More?

  • The system automatically classifies most items in the first load. Materials and families that were not counted are classified as ‘uncategorized’. Using the model viewer, the user can assess the quantities, identify discrepancies or inconsistencies, and validate the accuracy of the information.

  • To achieve optimal results, it is recommended to have a BIM model that includes comprehensive information about the project's components, materials, and relevant attributes. This includes detailed geometry, product specifications, and accurate representation of the building elements.

    A more detailed BIM model enables you to extract quantities and perform automated takeoffs more accurately and efficiently. Allowing for a more granular project analysis, aiding in cost estimation, identifying potential issues, and facilitating better decision-making throughout the pre-construction phases.

  • The quality of the report can always be improved with clean modeling and well-labeled materials and families. Generally, better models produce better first results. Even the poorest models, however, produce a lot of valuable, accurate results. Often, a few rounds of comments and modeling adjustments will significantly increase the report accuracy.