Empieza por el problema de producción, no por la tecnología.
Every production line has a different quality challenge. Some factories need to detect missing components. Others need packaging inspection, PCB testing, dimensional control, operator alerts or complete traceability. MCM begins by understanding the product, the defect, the line speed and the decision that must happen after inspection.
The right system depends on what must be controlled, rejected, tested or traced.
A machine vision or test system should never be selected only because a technology looks advanced. The correct solution depends on the production risk. A packaging line may need to detect inversion and creases at high speed. An electronics line may need a needle-bed PCB tester that verifies every signal. An automotive application may require electrical tests, leak tests, light quality analysis and component detection in the same workstation.
MCM Systems combines mechanics, electrical design, software, sensors, cameras, deep learning and traceability into one practical solution. The goal is to solve the production problem with a system that operators can use and quality teams can trust.
What do you need to solve?
Choose the closest challenge. Each card connects the business problem to the type of system MCM can design, build and commission.
Reduce customer rejections
Defective products that reach customers create complaints, sorting costs and pressure on quality teams.
MCM approach: inspect every product at line speed using the right camera, lighting, algorithm and reject logic. Expected result: fewer escapes, more consistent control and useful quality data. 02Detect missing components
Assembly lines can produce parts that look almost correct but are missing small components or have wrong orientation.
MCM approach: combine 2D/3D vision, sensors and PLC integration to verify presence, shape and placement. Expected result: wrong assemblies are detected before the next production step. 03Inspect packaging defects
Packaging and corrugated paper lines need fast control for inversion, creases, print quality and dimensions.
MCM approach: use Check Inversion, Creasy Checker, Industrial Scanner or custom inspection systems adapted to customer specs. Expected result: packaging issues are found earlier and operator reaction becomes faster. 04Test PCB boards
A PCB can look correct but fail electrically if signals or connections are not validated.
MCM approach: build needle-bed tester tables that inject input signals and verify output signals with software traceability. Expected result: each board is checked before leaving production. 05Validate automotive lighting
Automotive lighting requires several checks: electrical characteristics, leak test, light quality, communication and components.
MCM approach: build a complete workstation with cabinets, pneumatic systems, jigs, safety parts and traceability software. Expected result: one controlled workflow for multiple tests. 06Improve traceability and alerts
Operators and managers need to see problems quickly, not after a full batch is affected.
MCM approach: integrate Andon Boards, dashboards, reports and production data into the inspection or test workflow. Expected result: faster reaction, clearer data and better line visibility.Validate with real products before committing to the final system.
The best way to reduce project risk is to test with real parts and real defects. A practical pilot helps confirm lighting, camera position, test sequence, software logic, cycle time and traceability requirements before the final workstation is built.
Send product and defect samples
Define acceptance and rejection criteria
Test acquisition, lighting and algorithms
Confirm integration and traceability needs
Build the production-ready workstation
Tell us what fails on your line.
Send the product, defect examples, line speed and required test. MCM will suggest the right inspection, testing or traceability path.
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