450mm-1000mm Medical Grade Glass CO2 Laser Tube TEM00 Spot Light 220V 110V
Precision-Engineered for Surgical & Aesthetic Excellence
Our Medical-Grade CO2 Glass Laser Tubes are specifically designed for high-precision surgical systems, including CO2 fractional lasers and skin resurfacing equipment. Ranging from 450mm to 1000mm, these tubes provide the stable, high-purity 10.6 um infrared beam required for delicate tissue ablation and bloodless coagulation. With advanced catalyst coating technology, our tubes ensure a consistent energy output that medical professionals can trust for patient safety and clinical efficacy.
| Feature | Specification |
|---|---|
| Wavelength | 10.6um (Optimized for Tissue Absorption) |
| Length Range | 450mm / 700mm / 800mm / 1000mm |
| Power Output | 15W - 40W (Adjustable for precise surgical control) |
| Beam Quality (M²) | ≤1.1 (Perfect Gaussian Profile) |
| Cooling Method | Water-cooled (Optimized for thermal stability) |
| Service Life | Up to 10,000 hours (With Nano-Catalyst technology) |
- Stable TEM00 Mode: The tube produces a perfect Gaussian beam profile TEM00, ensuring the laser spot is highly concentrated. This allows for smaller incision sites, faster healing, and minimal thermal damage to surrounding healthy tissue.
- Advanced Catalyst Coating: Our internal mirrors and tube walls are treated with a proprietary Rare-Earth Catalyst. This prevents gas decomposition during discharge, extending the gas life and ensuring power stability stays within ±3% over long procedures.
- Medical-Grade Sealing: Utilizing specialized glass-to-metal sealing technology, these tubes offer superior vacuum integrity, preventing gas leakage even in high-humidity clinical environments.
- Fast Response Time: Optimized for fractional laser scanning systems, the tube responds instantly to pulsed signals, ensuring uniform micro-spot distribution during aesthetic skin treatments.
A: Medical tubes require much higher power stability and beam purity. While industrial tubes may have power fluctuations, our medical-grade tubes are calibrated to provide a constant energy density, which is critical when performing delicate surgeries where over-exposure can cause scarring.
A: The length directly correlates to power. 450mm-700mm tubes (15W-30W) are ideal for aesthetic resurfacing and dermatology, while 800mm-1000mm tubes (40W-60W) provide the depth of penetration needed for general surgical incisions or GYN procedures.
A: Yes. The beam divergence is strictly controlled to ensure that when the laser enters a 7-joint articulated arm, the energy loss is minimized and the spot remains perfectly circular at the handpiece.
A: We recommend using a high-quality water chiller maintained at 18°C to 22°C and using deionized water. Consistent cooling is the most important factor in preventing thermal stress on the glass-to-metal seals.
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