Call Us Anytime +86-591-83626970

Email Us Now sales@wts-photonics.com

banner
Home Optical Mirrors

Galvanometric Mirror for Laser Projection

Galvanometric Mirror for Laser Projection

The galvanometric mirror is an optical element widely used in laser processing, laser scanning, optical measurement and other fields.

  • Payment :

    T/T Payment, Western Union
  • Shipping Port :

    Fuzhou China
  • product orgin :

    China
  • Product Details

Galvanometric Mirror

  1. The galvanometer mirror has the advantages of fast scanning speed, high positioning accuracy, and fast response speed. It can complete complex scanning tasks in a short time and achieve high-precision laser beam positioning.
  2. The galvanometer mirror is the core component of the laser scanning system, and precise dynamic control of the beam is achieved by rapidly deflecting the mirror.

 

Specification    
Material Fused Silica, SCHOTT, OHARA, CDGM, Infrared Material
Size 1-500mm
Flatness 3λ to λ/10 @632.8nm
Surface Quality 60/40 to 10/5
Effective Aperture 90%
Coating Upon requirement

 

Main Applications:

(1) Laser processing;

(2) Medical and scientific research;

(3) Military and aerospace;

(4) Laser projection, AR/VR.

 

Leave A Message
If you are interested in our products and want to know more details,please leave a message here,we will reply you soon. email: sales@wts-photonics.com

Related Products

High Reflective Broadband Dielectric Mirrors
High Reflective Broadband Dielectric Mirrors
Dielectric Mirrors offer near total reflection, minimizing losses in nearly all optical systems. AOI=45°, R>99.5% (Rs>99.9%, Rp>99.2%).AOI=0°, R>99.8%
Au, Ag, Al  Coated Mirrors
Optical Gold/Silver/Aluminum Coated Mirrors
Metal mirrors have the characteristics of broadband and low dispersion, and their reflectivity is basically the same over a large spectral range, regardless of the incident angle and polarization state. Widely used in medical imaging, laser, aerospace, etc.
AR/VR  Galvanometric Mirror
Galvanometric Mirror for Laser Projection
The galvanometric mirror is an optical element widely used in laser processing, laser scanning, optical measurement and other fields.
WTS PHOTONICS CO.,LTD was founded in 2009 and was awarded the National High-tech Enterprise in 2021, the Fujian Provincial Science and Technology Little Giant Enterprise, and the Fujian Provincial Profession Precision-Specialization-Innovation enterprise in 2022. WTS locate in the beautiful southeast coastal city, Fuzhou, a famous optical city in China.   WTS has 11,000 square meters of standardized factory buildings, a group of skilled technical staff, and a complete optical processing system, coating system, assembly system, and quality control system. WTS provide customers with one-stop solutions for R&D, design, and manufacturing of high-precision optical components, high-precision optical imaging lenses, and high-power laser components. WTS‘s products include optical windows, lenses, cylindrical lenses, filters, mirrors, prisms, waveplates, beamsplitters, laser crystals, lenses assembly and module etc. Products are widely used in machine vision, industrial lasers, biomedicine, precision instruments, aerospace, AR&VR, Semi-Conductor, ADAS, Vehicle Optics and optical communications.   WTS are certificatied by ISO9001, ISO14001, ISO13485 and IATF16949. WTS have been deeply involved in optics industry for tens of years and service customers around the whole world. Based on quality, drived by technology, talent is future, WTS Continuously developing and innovating, achieved excellent quality and reputation.
facebook linkedin twitter youtube
Contact Us
BUILDING 16#, NO.20 ZHIHUI ROAD NANYU TOWN MINHOU COUNTY, FUZHOU, CHINA

Copyright @ 2025 Fuzhou WTS Photonics Technology Co., Ltd. All Rights Reserved. Network Supported

Sitemap / Blog / Xml / Privacy Policy

Leave A Message

Leave A Message
If you are interested in our products and want to know more details,please leave a message here,we will reply you soon. email: sales@wts-photonics.com
Submit

Home

Products

whatsApp

contact