2020 New Style Laser Red Lens - Aspheric Collimator Glass Lens – JIABEI

Specifications:

Product Detail

Product Tags

Related Video

Feedback (2)

We stick with the theory of "quality first, company first, steady improvement and innovation to satisfy the customers" for the management and "zero defect, zero complaints" as the quality objective. To perfect our provider, we deliver the items together with the fantastic good quality at the reasonable value for Line Laser Module , 650nm Laser Diode Module , Red Pulse Laser Module , We warmly welcome merchants from your home and overseas to contact us and set up business enterprise partnership with us, and we'll do our greatest to serve you.
2020 New Style Laser Red Lens - Aspheric Collimator Glass Lens – JIABEI Detail:

Aspheric Collimator Glass Lens

1. Function: used with laser beam.

Advantages: aspheric glass lens is produced at high temperature, stable quality, laser source alignment consistency, instead of plastic lenses with general lens.

Purpose: laser focus control spot size is suitable for high temperature working place.

2. The single-layer glass lens belongs to the mold type, and all the accurate points are consistent. 

3. After coating, the light source of the single-layer glass lens has a transmittance of 97% and the laser very bright The glass coating from 400nm to 1000nm can be use it.

4. The projected line of each machine is uniform and the line width is consistent, less than 1.8mm at 5M.

5. Fast and accurate assembly with laser diode.

● Aspheric Collimator Glass Lens(BB01-6.35)

BB01

● Specifications

Laser Wavelength: 430~1000nm±20nm 

Effective Focal Length: 9.85mm

Penetration: ≥97%

Effectively Diameter: CA φ5.356/CA φ5.859mm

Outer Diameter: φ6.35mm + 0/-0.02

Thickness: 2.85mm±0.01mm

Packing: Vacuum Packing

BB01
BB01

● Aspheric Collimator Glass Lens(BB05-8)

BB05-8

● Specifications

Laser Wavelength: 400~850nm

Effective Focal Length: 22.827mm

Penetration: >98%(avg.)

Effective Diameter: CA φ7mm

Outer Diameter: φ8mm±0.005

Thickness: 2.97mm±0.005mm

Packing: Vacuum Packing

lens-BB05-6
lens-BB05

● Aspheric Collimator Glass Lens(BB06-4.5)

BB06-4.5-01

● Specifications

Laser Wavelength: 788~828nm

Effective Focal Length: 1.36285mm

Penetration: >98%(avg.)

Effective Diameter: CA φ2.64/CA φ2.94mm

Outer Diameter: φ4.5mm±0.01mm

Thickness: 1.8mm±0.01mm

Packing: Vacuum Packing

lens-BB06-5
lens-BA05-3jpg

● Aspheric Collimator Glass Lens(BA05-3)

Aspheric Collimator Glass Lens(BA05-3)

● Specifications

Laser Wavelength: 400~850nm  

Effective Focal Length: 3.77mm  

Penetration: >98%(avg.)

Diameter Range: CA  φ2.4mm

Outer Diameter: φ3mm+0/-0.02 

Thickness: 1.5mm±0.01mm

Packing: Vacuum Packing

lens-BA05


Product detail pictures:

2020 New Style Laser Red Lens -
 Aspheric Collimator Glass Lens – JIABEI detail pictures

2020 New Style Laser Red Lens -
 Aspheric Collimator Glass Lens – JIABEI detail pictures

2020 New Style Laser Red Lens -
 Aspheric Collimator Glass Lens – JIABEI detail pictures

2020 New Style Laser Red Lens -
 Aspheric Collimator Glass Lens – JIABEI detail pictures


Related Product Guide:
Cooperation

"Sincerity, Innovation, Rigorousness, and Efficiency" is the persistent conception of our firm to the long-term to develop together with consumers for mutual reciprocity and mutual advantage for 2020 New Style Laser Red Lens - Aspheric Collimator Glass Lens – JIABEI , The product will supply to all over the world, such as: Hanover , Hongkong , Seattle , For more than ten years experience in this filed, our company has gained high reputation from home and abroad. So we welcome friends from all over the world to come and contact us, not only for business, but also for friendship.
  • High Quality, High Efficiency, Creative and Integrity, worth having long-term cooperation! Looking forward to the future cooperation!
    5 Stars By Henry from Hyderabad - 2017.12.19 11:10
    This supplier stick to the principle of "Quality first, Honesty as base", it is absolutely to be trust.
    5 Stars By Vanessa from Armenia - 2017.01.28 19:59
    Write your message here and send it to us