Post-processing Gerber & ODB++, netlist extraction, step-and-repeat panelization and full design-for-manufacturing analysis — up to 110-layer ATE test-interface loadboards routing 40,000+ nets.
Every job traverses a deterministic, audit-logged pipeline. No design releases to manufacturing until each gate returns PASS.
Full pre-manufacturing tooling of the fabrication data set — from raw designer output to panel-ready production files.
Run this on your data →RS-274X, ODB++ and IPC-2581 ingestion, aperture normalization and layer stack reconstruction.
IPC-D-356 netlist generation and cross-verification against source connectivity.
Yield-optimized panelization with rails, fiducials and break-away tabs.
Impedance and microsection coupons embedded into panel borders for QA.
Every field feeds a deterministic DFM rule engine. Illegal material/finish/lead-time combinations are locked instantly, and the sticky execution sidebar recalculates on every keystroke.
Drop Gerber package or browse
Automated ingestion · IPC-D-356 netlist verification
Cassembly = Pins × 0.05 · Cstencil = 45.00 fixed
Our specialized ATE division designs the most demanding test-interface hardware in the industry — high-speed, multi-layer boards routing tens of thousands of nets with complete electrical simulation and controlled-impedance discipline throughout the stackup.
Certified quality management across all CAM and engineering workflows.
High-reliability acceptance criteria for aerospace & medical builds.
Aerospace quality standard for defense & avionics test hardware.
CAM verification and a live cost execution in minutes — not days. Your files are handled under secure, controlled-data protocols.