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Umprotech LaserTemp 2200 – IR Pyrometer for Surgical-Precision Laser Machine Calibration AVAILABLE

Industrial Machine — USA Warranty & Support
Precio habitual $1,350.00 USD
Precio habitual Precio de oferta $1,350.00 USD
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Descripción

🌡️ Infrared Calibration Instrument · Short-Wavelength Metal Pyrometer

Umprotech LaserTemp 2200 – IR Pyrometer for Surgical-Precision Laser Machine Calibration

A professional short-wavelength IR pyrometer engineered specifically for precision calibration of fiber and CO₂ laser cutting machines. LaserTemp 2200 measures the real thermal impact on metal surfaces with surgical accuracy, so your machine cuts clean, stable and repeatable.

⚙️ Built for service engineers & integrators · Optimized for real-world laser shops
🎯
Dual-laser targeting
Precise indication of the actual measurement spot.
🔥
250 °C–2200 °C range
Covers piercing, cutting, welding and heat processing.
📊
PC software + mobile app
Live graphs, logging and calibration tools.
🛠️
Built for metal surfaces
Stable readings even on reflective materials.

Why it’s essential for laser machine calibration

Laser cutting quality is directly tied to correct thermal conditions during focusing, piercing and cutting. LaserTemp 2200 provides instant, accurate and repeatable temperature measurement, helping technicians perfectly tune:

  • focus height
  • piercing parameters
  • heat-affected zone control
  • cutting power stability
  • metal temperature compensation for consistent results

This allows you to eliminate micro-errors, reduce scrap and bring the machine into a fully optimized cutting state.

Key Technical Advantages Engineered for real-world metal laser calibration

LaserTemp 2200 is tailored to how fiber and CO₂ laser machines behave on the shop floor – from first pierce to continuous cutting.

  • Short-wavelength 5 µm class sensor: designed specifically for metal surfaces, metal oxides and ceramics, providing stable readings even in high-reflection environments.
  • Dual-laser spot marking: two crossed laser beams precisely indicate the actual measurement spot size and position, enabling micrometer-level confidence when tuning focus and nozzle alignment.
  • Wide high-temperature range: from 250 °C to 2200 °C (482 °F to 3992 °F), covering piercing, continuous cutting, welding and high-temperature process control.
  • Instant non-contact measurement: fast response supports accurate readings during dynamic operations such as piercing or rapid heat build-up.
  • Robust design for laser shops: built to live near cutting tables and processing lines, not just in a lab.
📡 Connected Calibration · Data you can trust

Software & Mobile Integration

The LaserTemp 2200 is shipped with both desktop software and a mobile app so calibration and diagnostics are always close at hand.

PC Software

  • Real-time temperature graphing during piercing, cutting and test runs.
  • Dedicated calibration mode with monitoring tools for focus height and parameter tuning.
  • Automatic logging and export for quality control and documentation.
  • Diagnostic reports that service technicians can attach to job or service tickets.

Mobile App (iOS / Android)

  • Live temperature display directly at the machine – no need to stand by the PC.
  • Simplified calibration interface for routine checks and quick tuning.
  • Field control for service engineers working inside customer facilities.
  • Instant access for operators to confirm thermal behavior before production runs.

Applications

LaserTemp 2200 is designed as a core tool in any laser technician’s calibration kit.

  • Surgical-precision calibration of fiber / CO₂ laser cutting machines
  • Fine-tuning focus position, nozzle alignment and piercing settings
  • Monitoring thermal behavior of sheet metal during cutting and process trials
  • High-temperature industrial process control beyond laser cutting
  • Thermal diagnostics and troubleshooting for service technicians
Fiber laser calibration CO₂ laser optimization Cutting parameter tuning Process diagnostics

Technical Snapshot

Measurement range Approx. 250 °C – 2200 °C (482 °F – 3992 °F)
Sensor type Short-wavelength IR pyrometer, optimized for metals, oxides & ceramics
Optical targeting Dual-laser, crossed-beam spot marking of the actual measurement area
Measurement mode Non-contact, fast response for dynamic laser processes
Integration PC software (graphing, logging, calibration) + mobile app (iOS/Android)
Typical use cases Laser cutting calibration, welding setup, heat-process monitoring, field diagnostics