About Class 4 High Power/High Intensity Laser 20 watt ,Wavelength 980nm
| Feature Typical Specification |
| Output Power 20W CW or modulated up to 30kHz |
| Power Stability 3 over 2hours |
| Beam Divergence 3mrad full angle |
| Beam Diameter free space 58mm |
| Fiber Core Options 200m up to 1000m multimode |
| Fiber Connector FCPC FCAPC or SMA905 |
| Modulation TTL Analog up to 30kHz |
| Ambient Temp Range 10C to 40C |
| Cooling TEC stabilizer optional heatsink radiatorc |
Versatile Laser ApplicationsThis high power laser is engineered for multifaceted use across the medical, industrial, and scientific sectors. It offers both continuous and pulsed operational modes, accommodating laser surgeries, therapies, material processing, and experimental procedures. The flexibility in spot size adjustment further enhances its applicability in delicate tasks or broad-surface treatments.
Robust Safety MechanismsSafety is paramount in the design of this Class 4 laser. It is equipped with an emission indicator, interlock system, emergency stop, key switch, and foot pedal control. These features work in tandem to ensure secure operation and quick shut-off, offering peace of mind for operators in high-intensity scenarios.
User-Friendly & Portable DesignWith its lightweight construction (only 3.5 kg) and compact dimensions, this laser system is easily portable. The intuitive LCD digital display and ergonomic controls allow for straightforward setup and real-time monitoring. Its aluminum alloy housing ensures durability, making it suitable for demanding environments.
FAQ's of Class 4 High Power/High Intensity Laser 20 watt ,Wavelength 980nm:
Q: How is the Class 4 20W laser typically used in medical and industrial environments?
A: This high intensity laser is used for precise soft tissue treatment in medical fields, such as laser surgery and therapy, as well as for cutting, welding, or processing various materials in industrial applications. Its adjustable spot size and dual operational modes (continuous and pulsed) make it suitable for both targeted procedures and broader material processing tasks.
Q: What safety features protect users during operation of this high power laser?
A: Multiple safety mechanisms are integrated, including an emission indicator, interlock system, emergency stop button, key switch, and foot pedal control. Additionally, the system offers overheating protection to further mitigate operational risks.
Q: When should I use the continuous mode versus the pulsed mode on this laser?
A: Continuous mode is suitable for processes requiring consistent power delivery, such as steady material cutting or extended medical treatments. Pulsed mode is ideal where precise energy bursts are necessary, minimizing thermal impact or achieving localized effects, often required in delicate medical procedures or research experiments.
Q: Where can the 980nm, 20W laser be installed and used safely?
A: This portable laser is designed for use in professional environments such as hospitals, clinics, research laboratories, and industrial workshops. It should be operated only by trained adults, and proper protective equipment along with the built-in safety controls must be used at all times.
Q: What is the process for adjusting the laser spot size for various applications?
A: The spot size can be adjusted using compatible fiber collimators fitted to the device's SMA905 connector. This enables users to modify the focused area according to the specific medical, industrial, or laboratory requirement.
Q: Can this device be used for scientific research in addition to medical and industrial tasks?
A: Yes, the Class 4 20W laser is highly suitable for scientific research thanks to its stable beam profile (TEM00), adjustable output, and robust safety features. It facilitates advanced laboratory experiments that require controlled, high-intensity laser emissions.
Q: What are the main benefits of using this portable Class 4 laser system?
A: Key advantages include high output power for efficient processing, precision adjustment for versatile applications, comprehensive safety systems, ease of transport, and a user-friendly interface. These features collectively enhance productivity and operational safety in professional environments.