Digital Engineering Tools
While we don't know your exact internal bottlenecks, our research into custom manufacturing reveals that quoting accuracy and customer visualization are universal pain points. We built these two functional prototypes to demonstrate our capability to engineer complex, logic-driven applications tailored to your specific business rules.
DSBE Engine
Dynamic Specification & BOM Engine
What it is: A "smart assistant" designed for your sales and engineering teams. Instead of manually calculating hardware counts, weight loads, and part prices on a scratchpad or static spreadsheet, reps simply input the project dimensions.
How it works: The tool instantly applies structural engineering logic. It calculates the total weight, checks if the track gauge needs an upgrade to support the load, maps out the exact Bill of Materials (BOM), prices the project with standard margins, and dynamically draws a fabrication blueprint.
Try This Example Input:
- Width: 120 ft
- Height: 25 ft
- Material Core: Acoustic Double Barrier
- Hardware & Env: Check "Sloped Ceiling" and enter 20°
Automated BOM
Eliminates human error by programmatically determining the exact number of splices, tracks, and hooks required.
Structural Audit
Prevents selling incompatible or dangerous configurations by calculating weight per linear foot in real time.
SVG Fabrication Map
Translates the quote instantly into a visual shop floor diagram, showing seam and grommet locations.
Interactive Visualizer
Interactive Performance Visualizer (IPV)
What it is: A web-based configuration tool for your website visitors. Many customers experience "Selection Paralysis" because they don't know the difference between 13oz vinyl and a Double Acoustic Barrier. This tool solves that.
How it works: Customers can drag and drop to build their curtain wall in a 3D environment. As they swap out materials or change dimensions, the tool calculates performance metrics (like estimated Decibel Drop or thermal retention) so they can buy with confidence.
Try This Example Input:
1. Create the Environment: Add a noisy piece of machinery to the 3D space. Note the loud decibel rating.
2. Draw a Barrier: Use the curtain drawing tool to drag a wall between the machine and the rest of the facility.
3. Change Materials: Look at the "Performance Panel". Swap the material from a basic Single Layer to an Acoustic Barrier and watch the projected Decibel Drop calculate in real time.
3D Spatial Modeling
Allows facility managers to contextualize how a "soft-wall" will fit into their specific floor plan.
Physics Logic
Calculates Sound Transmission Class (STC) or Thermal Resistance (R-Value) dynamically based on mass laws.
High-Conversion Lead Capture
Turns a complex configuration into a structured JSON payload that is sent directly to your sales team as a pre-qualified lead.