CMVS (Cable Measuring Vision System) provides continuous, non-contact cable measurement while production is running. Depending on the application, it can measure outside diameter, convolution pitch and length without relying solely on periodic manual checks.

Measurement information can alert operators to dimensional changes and, where configured, communicate with production controls. Explore CORPEX machine vision for wire and cable manufacturing to see how this supports early detection and scrap reduction.

CORPEX offers several CMVS systems for different product sizes, production environments and measurement requirements.

• CMVS C29 Express : Compact, all-in-one machine vision system for continuous dimensional measurement during cable production, with accuracy up to ±0.001″. It can operate standalone or integrate with existing production systems.
• CMVS 35 : 0.15″ to 1.35″ OD, with accuracy up to ±0.001″ and production speeds up to 80 ft/min.
• CMVS 55 : 0.25″ to 2.2″ OD, with accuracy up to ±0.002″.
• CMVS 100 : 0.25″ to 4.0″ OD, with accuracy up to ±0.002″.
• CMVS 125 : 0.25″ to 5.0″ OD, with accuracy up to ±0.002″.
• CMVS 125 Dual Axis: Designed for flat products requiring width and height measurement.

Depending on the system and configuration, CORPEX CMVS systems can provide real-time measurement accuracy as high as ±0.001 inches.

The appropriate system depends on product dimensions, geometry, production speed and the measurements required by the application.

CMVS can do more than display a measurement. Inspection information can be exchanged with production controls, displayed to operators, recorded for quality analysis and used to identify dimensional variation while the product is still being manufactured.

Depending on the application, the system can also provide alerts, communicate with PLCs and publish information to connected production systems.

EMVS, the Environmental Machine Vision System, extends inspection beyond dimensional measurement. Applications can include detecting missing or malformed armor, product abnormalities, reel conditions and activity around the production environment.

Depending on the application, EMVS can also support reel monitoring, human detection and thermal inspection. See CORPEX's ESP cable inspection applications for an example of visual inspection in cable manufacturing.

Yes. Machine vision can inspect armored and convoluted cable as it moves through production, monitoring visible armor defects, product profile changes and dimensional variation. The inspection setup depends on the cable design and the defects that need to be identified.

Catching a problem earlier can reduce the amount of out-of-spec cable produced before operators respond, helping limit scrap, rework and material waste. Explore CORPEX wire and cable inspection systems.

That is one of the primary advantages of continuous machine vision inspection . Instead of discovering a problem during a later manual check, the system can identify configured defects or dimensional variation while the product is still moving through production.

Earlier detection gives the production team an opportunity to respond before more out-of-spec material is produced.

No. Wire and cable is a major CORPEX application area, but the same machine vision principles apply to other industrial machine vision applications where products or processes need to be inspected.

Applications can include bottling and capping , labeling, packaging, industrial assembly, thermal inspection and other processes where products or production conditions need to be inspected automatically.

Yes. Machine vision can inspect characteristics such as cap presence and position, closure condition, fill level, label placement, printed codes, barcodes and visible package defects.

Inspection takes place while products move through the production line, allowing problems to be identified before they continue downstream.

Learn more about CORPEX machine vision for bottling and capping .

CORPEX systems can exchange information with industrial control and production systems so inspection data does not remain isolated at the machine.

Depending on the application, this can include PLC communication, operator alerts, production control signals and publishing inspection information to SCADA, MES or other connected systems.

Learn more about CORPEX industrial automation and systems integration .

Machine vision supports Industry 4.0 by turning inspection and measurement results into real-time production information. Instead of keeping quality data at one inspection station, manufacturers can make it available to operators, controls and other connected systems.

Depending on the installation, CORPEX systems can exchange data with PLC, SCADA and MES environments, supporting early defect detection, traceability and process improvement. Learn more about industrial automation and systems integration.

Available information depends on the inspection application, but can include measurements, pass/fail results, alarms, inspection events and production records.

Data can be used for inline production visibility, quality analysis, traceability and longer-term process improvement.

Yes. A key part of industrial machine vision is making inspection information available to the systems and people that need it.

CORPEX systems can be configured to communicate with production controls and connected manufacturing environments, depending on the requirements of the facility.

Yes. Machine vision applications are configured around the product and production environment rather than forcing every process into the same system.

Product dimensions, line speed, inspection requirements, camera placement, controls, environmental conditions and data integration can all influence the final configuration.

Thermal inspection can monitor temperature patterns in products, tooling or equipment and identify abnormal conditions that may not be visible with a conventional camera.

Depending on the process, temperature changes can provide useful indications of conditions such as lubrication problems, tooling issues or developing equipment problems.

Machine vision can be configured to monitor selected production or work areas and identify people or conditions that require attention.

Human-detection applications can provide another layer of visibility in areas such as production lines, equipment zones and material-handling environments.

The earlier a process problem is identified, the less material can be produced while that problem continues. Continuous inspection helps reduce the gap between when a defect begins and when the production team becomes aware of it.

Earlier action can reduce scrap, reinspection, rework and production disruption. The return depends on line speed, material cost, defect frequency and how quickly operators can respond.

Machine vision can support more efficient manufacturing by helping producers identify defects earlier, reduce unnecessary scrap and gain better information about process performance.

The specific benefit depends on the production process, but reducing waste and avoiding unnecessary rework can improve both operating efficiency and material use.

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