From P&ID to a native SOLIDWORKS assembly — and from prototype silicon to a partner-confirmed tapeout.
Moore Solution Technology helps semiconductor and industrial engineering teams turn prototype silicon and process-equipment design requirements into manufacturable project work. MST provides mature-node MPW tapeout and manufacturing coordination. NeuroBox D is built for semiconductor equipment makers designing gas cabinets, gas panels, gas sticks and process modules; it turns P&ID, BOM/tag context, customer part libraries and assembly rules into reviewable 3D layouts, mate relationships, assembly steps and SolidWorks command plans.
Built by a team with a semiconductor industry background. NeuroBox D is already in use in a real semiconductor-equipment customer environment (under NDA) — and a scoped pilot is how we prove it on your own data.
Company introduction
Moore Solution Technology works with semiconductor and industrial engineering customers on two high-value problems: getting mature-node prototype silicon into the right manufacturing path, and helping semiconductor equipment makers turn gas cabinet, gas panel, gas stick and process-module P&ID work into reviewable 3D assembly work.
Core MST services.
MST services are organized around real project work: prototype silicon manufacturing, process-equipment design intelligence, and specification-ready RFQ support.
MST MPW Desk
Mature-node MPW tapeout and manufacturing coordination
For fabless, university and industrial-chip teams. MST supports non-confidential pre-review, process and node fit, NDA/PDK path, package/test scope, and partner/fab-confirmed tapeout, manufacturing follow-up and sample delivery coordination.
NeuroBox D
NeuroBox D P&ID-to-native-SOLIDWORKS assembly proposal
For semiconductor equipment makers designing gas cabinets, gas panels, gas sticks and process modules. NeuroBox D uses AI to understand P&ID semantics, then applies tag/BOM context, customer part libraries, interface rules and spatial constraints to produce reviewable 3D layouts, mate relationships, assembly steps and SolidWorks command plans.
MST Store / RFQ
Engineering and semiconductor RFQ support
For buyers preparing parts, BOM, custom drawing, semiconductor material or logistics RFQs. MST helps organize specifications, quantities, documents and delivery constraints before supplier confirmation.
MST MPW Desk: mature-node tapeout and manufacturing coordination.
MST supports prototype-silicon projects from early non-confidential scope through process fit, NDA/PDK route, package/test definition, fab or partner-confirmed tapeout steps, manufacturing follow-up and sample delivery coordination.
NeuroBox D: P&ID-to-native-SOLIDWORKS assembly proposal.
NeuroBox D is built on the Engineering Coordination Graph — a part-library-aware design ontology that links every P&ID symbol, tag and BOM reference to a component in your own approved SOLIDWORKS library, the mates that connect it, and the rules it must satisfy. That graph — not a generic language model — turns a 2D schematic into a reviewable, native SOLIDWORKS assembly for gas cabinets, gas panels, gas sticks and process modules.
Evidence & Validation
We would rather show exactly where we stand than imply more than we've earned. Every quantitative claim on this site carries one of four evidence tiers — and NeuroBox D is already in real customer use (under NDA).
NeuroBox D is in use in a real semiconductor-equipment customer environment. We're under NDA, so we don't disclose the customer — but it's a real deployment, not a target.
Validated on offline and historical datasets in our own environment.
Scenario math and ROI estimates from your inputs and public industry benchmarks.
An intended capability we aim to confirm with you in a pilot.
How we earn the proof: a scoped pilot on your own P&ID, part library and tool data turns our design targets and offline-lab results into evidence on your own equipment — under your engineers' review, the same way NeuroBox D reached production with our first listed customer.
MST Industry Insights
Technical briefs for mature-node MPW tapeout, NeuroBox D P&ID-to-native-SOLIDWORKS assembly proposal, engineering tools and sourcing questions buyers ask before an RFQ.
Read by engineering lane
MPW / Tapeout
MPW guides, access and cost
Tapeout basics, node selection, access routes, dies, packaging, test and RFQ readiness.
P&ID / SOLIDWORKS
P&ID-to-native-SOLIDWORKS assembly proposal
P&ID semantics, UHP gas design, SEMI F82, customer part libraries, BOM/tag context, rule checks and SolidWorks assembly plans.
Industrial Sourcing
Parts, BOM and RFQ sourcing
VCR fittings, MFCs, valves, seals, obsolete alternatives, BOM normalization and logistics.
Free engineering tools for early planning.
Browser tools help engineers estimate, inspect and prepare before submitting a non-confidential RFQ. They support the commercial workflow; they do not replace engineering or partner review.
Local GDSII Inspector
Reads top cell, die size, layer list and hierarchy in the browser. No GDS upload, no server.
Reticle & Wafer Planner
Plan shared-reticle placement, wafer stepping, gross/good dies and area-based cost share.
MPW Cost & Dies Estimator
Estimate die count, cost range and readiness factors before asking for a partner-confirmed quote.
See all engineering tools
A dedicated Tools page for MPW planning, P&ID-to-native-SOLIDWORKS preparation, sourcing checklists and open-source projects.
Built for technical projects that need careful review.
MST works on projects where technical scope, manufacturing feasibility, controlled files, supplier confirmation and cross-border execution must be handled carefully before a customer commits budget.
Tell us what you need to build or source.
Send a short brief for mature-node MPW tapeout, NeuroBox D P&ID-to-native-SOLIDWORKS assembly proposal, or Store/RFQ sourcing. MST will review the scope and direct the request to the appropriate technical or commercial process.