Overview of TLAserX22™ Family of Laser MicrometersThe TLAserX22™ family by LaserLinc includes three compact
micrometer models: TLAser122™, TLAser122s™, and TLAser222™. These devices utilize advanced prism-based scanning technology for high accuracy and repeatability. Their design minimizes errors due to a shorter optical path and fewer components, making them suitable for measuring a variety of materials, including transparent and opaque products.
Specifications and Features- Measurement Range: 0.003” – 0.85” (0.075mm – 22mm) for all models.
- Measurements per Second: TLAser122 and TLAser122s offer 400 measurements per second, while TLAser222 provides 800 (400 per axis).
- Resolution: 0.000001” (0.025µm).
- Repeatability: ±0.0001” (±2.5µm) for single scan; ±0.000005” (±0.125µm) for two-second scan.
- Accuracy: 0.00002” ±0.01% of max measurement size.
Model-Specific Applications- TLAser122™: Ideal for single diameter and multi-strand measurements, such as enameled wire and fiber ribbon. It is also part of the BenchLinc™ inspection system.
- TLAser122s™: Designed for multi-strand and larger product measurements, with separate transmitter and receiver units for greater flexibility.
- TLAser222™: Measures diameter and position in two planes, suitable for checking ovality and detecting flaws.
Integration and Software
All models integrate with LaserLinc’s TLAser400™ micrometer interface card and Total Vu™ software, providing powerful data processing capabilities. This system supports up to 16 micrometers per PC, offering real-time measurement and control, process performance data, and SPC charting.
Warranty and Support
LaserLinc micrometers come with a four-year warranty covering parts and labor. Temporary replacements are available for warranty repairs. The company provides comprehensive support to ensure continuous operation.
Conclusion
The TLAserX22™ family offers precise, reliable measurements with significant processing power and flexibility, making them a cost-effective solution for various industrial applications. For more information, visit LaserLinc’s website.
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