Stradus 633-80
Manufacturer/Distributor: Vortran Laser Type: Laser-Diode-Modules

Description:

Manufacturer/Distributor: Vortran

Vortran Laser Technology, Inc. offers a range of laser solutions from UV through the visible to the near IR spectrum. Their Stradus® series is a fully CDRH-compliant collection of high-performance, circularized laser diode modules. Each Stradus® module integrates optical power regulation, temperature control, and communication interfaces, including USB and RS-232, facilitating easy system control. The expert sales and engineering team at Frankfurt Laser Company can help you select the right laser for your application and collaborate on custom OEM solutions.

Laser Type: Laser-Diode-Modules

Laser diode modules are compact devices that integrate a laser diode, optical components, and often a driver circuit into a single package. These modules are designed to produce coherent light with high intensity and precision. The core component of these modules is the laser diode, a semiconductor device that emits laser radiation when electrically biased. To ensure the laser beam is focused and directed as needed, the module includes various optical components such as lenses, collimators, and beam shaping optics.

Wavelength Range: Visible

Lasers operating within the visible spectrum emit light that appears as colors ranging from violet (at the shorter wavelength end) to red (at the longer wavelength end). For instance, violet light falls within the 380-450 nm range, blue from 450-495 nm, green from 495-570 nm, yellow from 570-590 nm, orange from 590-620 nm, and red from 620-750 nm.

Wavelength Range: Low-Noise

To achieve low noise in lasers, several techniques and design considerations are employed. Stabilized power supplies are essential to ensure the power supplied to the laser is stable and free from fluctuations. Consistent temperature control helps reduce noise from thermal fluctuations. High-quality laser cavities made from materials and designs that minimize losses and fluctuations within the laser cavity also play a significant role. Electronic feedback systems can be implemented to stabilize the laser output, while mechanical isolation helps reduce vibrations and external disturbances that can introduce noise. In summary, achieving low noise in lasers is crucial for applications that demand high precision, stability, and reliability in laser performance.

Mode: singlemode

Application: Medical

Lasers have revolutionized modern medicine with their precision and versatility, enabling minimally invasive procedures across various fields. In surgery, they make precise cuts and reduce bleeding, which is beneficial in laparoscopic and ophthalmic procedures like LASIK and cataract treatments. Dermatology uses lasers for skin resurfacing, hair removal, and treating vascular lesions, while oncology employs them to remove or shrink tumors and in photodynamic therapy. Dentistry benefits from lasers in cavity treatment, gum surgery, and teeth whitening, and urology uses them for breaking down kidney stones and treating benign prostatic hyperplasia. Additionally, lasers are used in gynecology, cardiology, ENT procedures, pain management, orthopedics, and neurology, significantly enhancing treatment outcomes and reducing recovery times.

This article refers to: Stradus 633-80 (Manufacturer/Distributor: Vortran Laser Type: Laser-Diode-Modules Wavelength Range: Low-Noise Mode: singlemode Application: Medical ) - Stradus 633-80 - singlemode Laser-Diode-Modules Wavelength 633nm (Nanometer) Power 0.08W (Watt)