Your instruments are talking.
IMCS is listening.
IMCS captures every reading from Mitutoyo U-Wave and other digital instruments — wired or wireless. It routes each value to the right field, validates against tolerance, attaches operator and lot context, stores it once, and delivers it to SPC, ERP, and audit. Client-server, JSON-native, multi-database — and no operator typing into a spreadsheet.
Digital instruments. Manual data flow.
Every Mitutoyo caliper, micrometer, indicator, and bore gauge on the bench is already digital. The systems that need their data — SPC, ERP, MES, audit — already exist. The instruments produce a value. The systems consume one. What's missing is the layer that gets the value from one to the other reliably.
Without it, an operator reads, writes on a Gemba sheet, then types into a spreadsheet. Twenty times an hour. Three shifts a day. Hours later, a quality engineer transcribes the spreadsheet into the SPC system. By the time anyone looks at the control chart, the lot is finished. IMCS is the layer that makes that scenario impossible.
U-Wave delivers the value to a USB receiver — and stops. Routing it to the right field, work order, and tolerance is somebody else's problem.
Generic ERP and MES platforms don't write custom drivers. The default answer is "import the spreadsheet at end of shift" — which is precisely the workflow that fails the audit.
Macros and one-off .NET forms break when an operator turns over, a firmware updates, or a new station is added. Most shops are on their second or third in-house attempt this decade.
Six things, end to end
From the moment an operator squeezes a caliper trigger to the moment the SPC dashboard updates and the ERP sees a passing lot — IMCS owns the chain.
1 · Acquire
Mitutoyo U-Wave wireless transmitters and USB receivers. SPC cables. RS-232 and USB serial. Foot-pedal triggers. Whatever is on the bench, IMCS speaks to it.
2 · Route
Each value goes to the correct measurement field — diameter, length, bore position, hole, flatness, weight — by station, work order, step, and operator. No more "which column was that?"
3 · Validate
Tolerance check on arrival. Multi-point measurement with conditional result selection — min, max, mean. Warning bands. Immediate non-conformance triggers when a value falls outside spec.
4 · Store
MySQL, SQL Server, or MongoDB — append-only with full revision history. Operator, instrument, lot, work order, timestamp, and tolerance state on every record. Ready for audit on day one.
5 · Report
Real-time SPC, X-bar/R, Cpk, bell-curve charts. Daily quality reports, OEM submission packs, label sticker printing on job completion. CSV, XLSX, and live web dashboards.
6 · Export
JSON over HTTP/TCP to ERP, MES, simpliOffice, or your own systems. Lot-release decisions driven by measurement state. NCR creation auto-populated. Audit packs for IATF 16949, ISO 9001, ISO 13485, AS9100 generated from the database.
Anchored on Mitutoyo U-Wave
U-Wave is the practical anchor across precision shops in Singapore, Thailand, and Japan. IMCS speaks fluent U-Wave first, and to the rest of your bench second.
Mitutoyo + U-Wave
AnchorCalipers, micrometers, dial indicators, bore gauges. U-Wave wireless transmitters with USB receivers — 10–20 m range, around 100 transmitters per receiver in practice. Handled natively.
Sylvac, Tesa, Insize
Secondary precision brands common on the regional bench — wireless or SPC-cable. Same routing, same tolerance logic, same audit trail as the U-Wave path.
Weighing scales
Bench and floor scales over RS-232 or USB. Net weight capture against lot, work order, and tolerance band — straight to the database.
Multi-point fixtures
Width, thickness, flatness, and hole measurements that need several readings to land one result. IMCS picks min, max, mean, or rule-based — you decide.
Foot pedals & triggers
Hands-busy operators trigger a capture with a foot pedal or hardware button. The reading lands with the same context as a U-Wave wireless event.
Mobile capture
Android and iOS for inspector check-in, deviation acknowledgement, photo evidence on NCR, and roaming-bench captures from the floor.
Client-server. JSON-native. Built to scale.
A small, well-shaped server. Many capture stations. JSON over the wire from instrument to dashboard. The same data model from one bench to a hundred.
Capture stations
Inspection benches, pack stations, labs. Each runs an IMCS client speaking to local instruments and forwarding JSON to the server.
IMCS server
Routing, validation, context attachment, conditional logic, NCR triggers. Built on .NET, Python, and Node.js — each piece doing what it does best.
Storage
MySQL, SQL Server, or MongoDB. Append-only, indexed for query, ready for SPC and audit. Pick the one your IT team already runs.
Consumers
Real-time SPC dashboards, XLSX and CSV reports, label printers, ERP and MES integrations, audit packs. All from the same record of truth.
What talks to what
Capture clients on every bench. One IMCS server. One database. Many consumers. JSON the whole way.
U-Wave + caliper"]:::src ST2["Inspection bench B
Multi-point fixture"]:::src ST3["Pack station
Weighing scale"]:::src ST4["Lab
Surface plate"]:::src end subgraph IMCS["IMCS server"] direction TB ROUTE["Routing
field map · station · WO"]:::imcs VAL["Validation
tolerance · NCR triggers"]:::imcs CTX["Context
operator · lot · timestamp"]:::imcs end DB[("MySQL · SQL Server · MongoDB")]:::data subgraph OUT["Reporting"] direction TB SPC["Real-time SPC
X-bar / R · Cpk"]:::out XLSX["XLSX + bell curve"]:::out LBL[Label printers]:::out WEB[Web dashboards]:::out end subgraph EXT["Downstream"] direction TB ERP["ERP / MES"]:::erp AUDIT["IATF · ISO · AS9100
audit packs"]:::erp end ST1 -->|JSON| ROUTE ST2 -->|JSON| ROUTE ST3 -->|JSON| ROUTE ST4 -->|JSON| ROUTE ROUTE --> VAL --> CTX CTX --> DB DB --> SPC DB --> XLSX DB --> LBL DB --> WEB DB --> ERP DB --> AUDIT
Generated, not assembled
Every report comes from the database. Nothing is curated by hand. Nothing is reconstructed from spreadsheets the morning of the audit.
Bell curve & Cpk
Cpk, Cp, X-bar/R, distribution shape. The Excel bell-curve chart your customer asks for, generated on demand.
Real-time SPC
Live control charts on a web dashboard. Drift, trend, and out-of-spec flagged the moment the reading lands — not at end of shift.
Daily & OEM packs
Daily quality reports and OEM submission packs in your customer's template — XLSX or PDF, signed off without manual rework.
Label printing
When the job finishes, the label sticker prints automatically — driven from the same record. In-process, final-pack, or shipping labels.
CSV & XLSX export
Slice by date, lot, station, work order, operator, instrument. Push to Excel for engineers, to CSV for downstream pipelines.
Web dashboards
Shift-lead view, supervisor view, plant view — the same data sliced for whoever is looking. Browsers on the floor, tablets in the office.
A measurement layer that fits your stack.
Not the other way around.
IMCS speaks JSON over HTTP and TCP, exports XLSX and CSV, and writes to the database your IT team already operates. It connects to the systems you have, with the standards your auditors care about.
- SAP, Oracle, Infor, Microsoft Dynamics — REST or CSV in/out, lot-release decisions driven by measurement state.
- simpliOffice modules out of the box — custom ERP screens, traceability views, mobile dashboards.
- MES routing for in-process release. NCR creation, exception flow, hold-and-quarantine.
- IATF 16949, ISO 9001, ISO 13485, AS9100 — audit packs generated on demand from the database, with full traceability spine.
.NET, Python, Node.js — and the database you already run
Each part of the stack does what it's good at. None of it asks your IT team to learn a new platform.
IMCS is the measurement layer in a four-piece suite
Use IMCS on its own, or with simpliInterface (machine I/O), simpliSystem (hardware and network), and simpliOffice (ERP, apps, mobile) — engineered to work as one delivery.
Machine I/O
Connectivity for the rest of the shop floor — RS-232, USB, Ethernet, Modbus, OPC UA. CNC, PLC, controllers.
Measurement layer
U-Wave + serial-cable instruments. Routing, validation, real-time SPC, audit-defensible records.
Hardware · Network
Panel PCs, edge servers, plant Wi-Fi engineered for U-Wave coverage, barcode printers and scanners.
ERP · Apps · Mobile
Custom ERP modules, lot-release workflows, daily quality reports, mobile dashboards for shift leads.
Field reports, not brochure copy
The thinking behind IMCS — measurement integration, audit defensibility, and what actually breaks on the shop floor.
Your Calipers Are Already Talking — Is Anyone Listening?
A field guide to measurement data integration for Singapore precision manufacturers, medical device makers, aerospace component suppliers, and semiconductor back-end shops. Why U-Wave is the right anchor, what it doesn't deliver natively, and the IMCS architecture that fills the gap.
simpliLink: AI-Native ERP Integration Middleware
The middleware that sits between IMCS and the ERP. How measurement data lands in SAP, Oracle, Infor, and Dynamics without bespoke point-to-point glue.
Building a Real-Time OEE Tracking System
Availability × performance × quality, calculated from machine state and measurement events as they happen. The companion metric to IMCS quality data.
Custom XLSX Reports & Automated Certifications
Daily quality reports, OEM submission packs, and automated certification documents — exactly the artefacts IMCS generates from the database, without manual rework.
Industrial Process Automation with Python and PLC Data
The other half of the shop floor — practical PLC-to-database patterns that complement IMCS instrument capture and feed the same SPC and traceability layer.
See IMCS on your bench
Bring a Mitutoyo caliper, a U-Wave receiver, and a question. We'll show you a working capture-to-SPC chain and talk through what an installation in your environment looks like.