Stop Managing Multiple Systems to Control One Line
Most extrusion lines still rely on disconnected measurement, inspection, and quality systems. When these systems are separate, manufacturers lose visibility, waste time, and react late.
Learn how LaserLinc helps you automate measurement, inspection, and verification, while improving real-time visibility and control.
Learn how LaserLinc helps you automate measurement, inspection, and verification, while improving real-time visibility and control.
The Drawbacks to a Disconnected System
Disconnected systems create blind spots. LaserLinc unifies your measurement data into one platform, so you can see issues instantly and take control of your entire process.
Diameter, wall thickness, concentricity, inspection, and defect detection are handled in separate systems
Sampling instead of full inspection
No unified view of process data
Issues found too late, after scrap is already produced
Process Intelligence and Automated Verification
LaserLinc connects every critical measurement and inspection point into a unified system.
Measure diameter, ovality, width, height, flat-to-flat distance, and other dimensions
Real-time concentricity and wall measurement
100% dimensional, real-time defect detection
Post-process verification and sample inspection
Visualization, analytical, SPC, documentation, and control platform
Powered By Total Vu™ HMI: The Brains Behind The Line
With Total Vu HMI, all of your systems and tools work together through centralized measurement visibility, data logging, SPC, and process awareness across your entire line.
Provides operators with real-time process visibility across your line
Connect in-line measurement to post-process sample inspection systems for faster adjustments and verification
Reduces manual error by standardizing data, alarms, reporting, and monitoring
Move from reactive to automated, data-driven full process control
Visualization, analytics, SPC, documentation, and control platform
Covered From Start To Finish
LaserLinc helps your extrusion line or process move from disconnected and reactive toward unified real-time process intelligence, verification, and automation.
UltraGauge Ultrasonic: Wall thickness, concentricity, and eccentricity
Multi-axis Micrometers: Diameter and ovality
FlawSense Surface Inspection: 100% in-process dimensional defect detection
Automated Sample Inspection: Verification and integrity of finished product
Total Vu HMI: Centralized process intelligence and control
Compare Measurement Solutions
Discover the solutions that best fit your needs.
| Capability | Laser MicrometerDual/Triple Axis Dimensional | MetronFull-Length Scanning | BenchLinc OD/IDShort, Cut Sample Inspection | BenchLinc UTNiTi / Metallic / Mandrel-Loaded | UltraGaugeContinuous Extrusion | FlawSense100% Surface Defect Inspection |
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| Measures Outer Diameter (OD) |
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| Measures Ovality |
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| Measures Inner Diameter (ID) |
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| Measures Wall Thickness |
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| 100% Surface Inspection |
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| Shape Measurement |
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| Full Stats, Custom Reporting |
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| Advanced Extrusion Capabilities — Real-Time Control | ||||||
| Bump/Taper Software & Control |
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| Closed-Loop Process Control |
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Real-World Example
One example of how LaserLinc systems connect measurement, inspection, and process visibility in real-world extrusion manufacturing.
Example: Sample Inspection
Before: Reactive Process
Operators switch between disconnected systems while relying on manual sampling, delayed process adjustments, and limited visibility into overall production performance.
After: Connected LaserLinc Process
BenchLinc sample inspection data is connected through Total Vu HMI to help operators verify shrink compensation and make faster process adjustments during production. Resulting in faster process response and greater process confidence.
Receive a tailored system recommendation, or schedule a live or virtual demo.
If you want to see how this applies to your specific process, talk to a LaserLinc engineer directly. We’ll walk through your setup and explain where a connected system makes the biggest impact.