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Help Center2μm Continuous / Quasi-Continuous Fiber Lasers: The "Precision Energy Core" for Cross-Field Applications ✨
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2μm Continuous / Quasi-Continuous Fiber Lasers: The "Precision Energy Core" for Cross-Field Applications ✨
In fields such as minimally invasive medicine, industrial manufacturing, national defense, and scientific research, 2μm-band lasers are emerging as the core light sources balancing "precision control" and "efficient output", thanks to their unique optical properties. Today, let’s take a closer look at Rayever’s 2μm Continuous / Quasi-Continuous Fiber Lasers — an all-around performer that delivers reliable results both in the operating room and on the production line.
🔬 Why the 2μm Band? Natural Advantages at the Water Absorption Peak
The core competitiveness of the 2μm (1900–2100nm) wavelength stems from its ultra-high absorption rate by water in biological tissues, endowing it with irreplaceable advantages in multiple scenarios:
A "Precision Scalpel" in Medical Applications: With water absorption efficiency several times higher than traditional holmium lasers, the tissue penetration depth is only 0.1–0.4mm, allowing laser energy to be precisely confined to the target area and minimizing thermal damage to surrounding healthy tissues. Meanwhile, the efficient tissue vaporization and coagulation capabilities enable "hemostasis while cutting", significantly reducing intraoperative bleeding and postoperative recovery time.
An "Invisible Welding Torch" in Industrial Scenarios: It exhibits excellent absorption characteristics for transparent plastics and polymers, enabling high-quality welding without bubbles or spatter, with outstanding weld seam sealing and strength, especially suitable for medical consumables and precision plastic component processing.
A "Reliable Light Source" for Scientific Research and National Defense: In scenarios such as atmospheric transmission, infrared countermeasures, and LiDAR, 2μm-band lasers offer advantages like low atmospheric attenuation and eye safety, making them ideal light sources for scientific research and national defense applications.
🚀 Four Core Advantages: Translating Technical Strength into Scenario Value
Rayever’s 2μm fiber lasers convert technical advantages into tangible product competitiveness:
| Advantage | Specific Performance |
|---|---|
| High Reliability, Long Service Life | All-fiber structure design with strong vibration and interference resistance, enabling long-term stable operation to meet the stringent reliability requirements of medical and industrial equipment. |
| High Efficiency, Compact Size | Excellent electro-optical conversion efficiency with a compact form factor, easily integrated into confined spaces such as medical devices and industrial production lines. |
| Wide Applications, High Compatibility | Supports both continuous and pulsed modes, with multiple power segments available, adapting to diverse scenarios including urology, otorhinolaryngology, plastic welding, and scientific research. |
| Low Maintenance, Low Operating Costs | Air-cooled design eliminates complex water cooling systems, simplifying daily maintenance and significantly reducing long-term operating costs. |
🏥 Cross-Scenario Applications: An All-Round Performer from the Operating Room to the Production Line
1. Healthcare: A Reliable Assistant in Minimally Invasive Surgery
Leveraging its high water absorption characteristics, 2μm lasers play a critical role in multiple medical specialties:
Urology: Vaporization resection of benign prostatic hyperplasia and lithotripsy of urinary calculi, enabling efficient cutting with simultaneous hemostasis, faster postoperative recovery, and significantly shortened hospital stays.
Otolaryngology and Stomatology: Used in tonsillectomy, gingival surgery, and other procedures, combining precise cutting and hemostasis to reduce intraoperative bleeding and postoperative pain.
Other Specialties: Also demonstrates low-damage, high-precision performance in minimally invasive treatments such as neurosurgery and gynecology, serving as a reliable tool for surgeons.
2. Industrial Manufacturing: The "Perfect Partner" for Transparent Plastic Welding
2μm lasers exhibit excellent absorption characteristics for transparent plastics (e.g., medical reagent bags, infusion tubes, precision plastic parts), enabling non-contact, spatter-free high-quality welding with high weld strength and good sealing, meeting the stringent requirements of medical consumables, automotive components, and other industries.
3. Other Fields: A Reliable Partner for Scientific Research, National Defense, and Agriculture
In scenarios such as foreign object removal in ecological agriculture, national defense scientific research, and atmospheric environmental monitoring, 2μm lasers also deliver stable performance with high power and reliability, making them an ideal light source for numerous projects.
⚙️ Key Specifications: Customizable to Meet Diverse Needs
| Parameter | Specification |
|---|---|
| Wavelength | 1900~2100nm, typical 1908nm, 1940nm, 1980nm |
| Linewidth (FWHM) | |
| Operating Mode | Continuous / Pulsed |
| Average Power / Peak Power | 100W/1000W, 60W/600W (multiple configurations available) |
| Repetition Rate | 1~2500Hz |
| Pulse Width | 0.2~50ms |
| Maximum Pulse Energy | 10J, 6J (multiple configurations available) |
| Beam Quality | M² |
| Cooling Method | Air-cooled |
| Customization | Other parameters can be customized according to customer requirements. |
From precise cutting in the operating room to efficient welding on the production line, Rayever’s 2μm fiber lasers are bringing safer, more efficient, and more economical solutions to multiple industries through technological breakthroughs. If you are looking for a high-power fiber laser that caters to both medical and industrial scenarios, this product is definitely worth exploring further.
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