TR Series CO2 Laser Tube with Coaxial Red Light TR30
TR30: SPT Laser is the world's first manufacturer to develop and produce CO2 laser tubes with coaxial red aiming light. The red module uses a separate 5V DC supply or power from an existing laser supply or control card. During optical alignment, it makes the beam path directly visible for more precise, convenient and safer adjustment. During processing, it provides red-light preview and positioning. TR90: The same manufacturer provides coaxial red-light CO2 tubes with a separately powered 5V DC module or supply from the existing laser power unit/control card. It provides red-light preview and positioning during processing and directly visible beam-path alignment for precise, convenient and safer adjustment.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Laser Tube Model | TR30 |
| Rated Power | 30W |
| Laser Tube Wavelength | 10.6μm |
| Excitation Method | Electrical excitation |
| Laser Tube Length | 730±5mm |
| Output Power Max | 40W |
| Laser Tube Diameter | 50±1mm |
| Output Power stability | ≤±5% |
| Beam Divergence Angle | 3.1mrad |
| Cooling method | Water cooling 15~25℃ |
| Ignition Current | 4mA |
| Ignition Voltage | 14kV |
| Operating voltage | 9kV |
| Recommended Operating Current | 15mA |
| Max Operating current | ≤20mA |
| Laser Mode | Multiple low-order modes |
| Spot diameter | 4±1mm |
| Beam quality M² | ≤1.1 |
| Modulation Frequency | ≤3kHz |
| Laser Tube Weight | 1.06kg |
| Laser Tube Gross Weight | 1.62kg |
| Outer Packaging Dimensions | 830 mm × 125 mm × 110 mm |
| Red light Function | Red-light preview and red-light positioning |
| Structure Features | Built-In Red Light |
| Selectable Beam Expander Magnifications | 3/4/5 times |
| Red light Type | Third-Generation Coaxial Red-Light Technology |
| Red Light Power | 4.2mW |
| Power supply method | 5V DC supply (power can be drawn from the laser power supply or control card) |
| Optical-Path Assistance | Facilitates optical path alignment and direct visual observation of the laser propagation path |
| Safety | More intuitive optical path adjustment reduces alignment risks |
| Mounting method | External module, with optional integration |
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Datasheet
Supplier Information
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