xLogicLabs provides a software‑first platform that turns a multi‑body CAD assembly into production‑ready 2D drawings, automated DFM checks, bend and weld simulations, and line‑item pricing within seconds.
Funding
Funding not disclosed
Founders
Product
Problem
Design engineers and manufacturers often face lengthy, manual processes to convert CAD assemblies into production-ready drawings, perform design‑for‑manufacturing checks, simulate bends and welds, and obtain accurate pricing, leading to delays and uncertainty in part production.
Solution
xLogicLabs offers a software‑first platform where users upload a multi‑body CAD assembly and instantly receive 2D manufacturing drawings, automated DFM verification, bend and weld simulations, and line‑item pricing. The platform leverages in‑house, purpose‑built robotic factories that handle sheet, plate, and tube fabrication at any volume, enabling fast turnaround without the need for manual quoting or engineering intervention. Results are delivered in seconds, allowing designers to validate manufacturability and cost before committing to production, while the robots fabricate and ship the metal parts directly to the customer.
Target Audience
Primary customers are mechanical design engineers, product development teams, and small‑to‑medium manufacturers who need rapid, reliable metal part production without extensive manual quoting or engineering cycles.
Features
- One‑click upload of full CAD assemblies with automatic generation of 2D manufacturing drawings
- Real‑time DFM checks covering flange lengths, material limits, thickness, insert clearances, and bend feasibility
- Integrated bend and weld simulation that validates forming operations before any physical press move
- Instant line‑item pricing generated for each feature of the part
- In‑house robotic fabrication cells specialized for high‑mix sheet, plate, and tube metal work at any production volume
- Automated welding, bending, precision forming, cutting, and large‑format machining performed by custom‑designed robots