2020 Good Quality Optical focus Lens - Aspheric Collimator Glass Lens – JIABEI

Specifications:

Product Detail

Product Tags

Related Video

Feedback (2)

Our company puts emphasis on the management, the introduction of talented personnel, and the construction of staff building, trying hard to improve the quality and liability consciousness of staff members. Our company successfully attained IS9001 Certification and European CE Certification of Laser Module 405n , 10mw Green Laser Pointer , 100mw Red Laser Mod , If you are interested within our products and solutions, you should come to feel absolutely free to ship us your inquiry. We sincerely hope to ascertain win-win company relationships with you.
2020 Good Quality Optical focus 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 Good Quality Optical focus Lens -
 Aspheric Collimator Glass Lens – JIABEI detail pictures

2020 Good Quality Optical focus Lens -
 Aspheric Collimator Glass Lens – JIABEI detail pictures

2020 Good Quality Optical focus Lens -
 Aspheric Collimator Glass Lens – JIABEI detail pictures

2020 Good Quality Optical focus Lens -
 Aspheric Collimator Glass Lens – JIABEI detail pictures


Related Product Guide:
Cooperation

we are able to provide good quality items, aggressive rate and best shopper assistance. Our destination is "You come here with difficulty and we provide you with a smile to take away" for 2020 Good Quality Optical focus Lens - Aspheric Collimator Glass Lens – JIABEI , The product will supply to all over the world, such as: India , Luxembourg , Turkey , We guarantee that our company will try our best to reduce customer purchase cost , shorten the period of purchase , stable merchandise quality , increase customers' satisfaction and achieve win-win situation .
  • We have been looking for a professional and responsible supplier, and now we find it.
    5 Stars By Aurora from New Orleans - 2018.06.30 17:29
    After the signing of the contract, we received satisfactory goods in a short term, this is a commendable manufacturer.
    5 Stars By Bess from Slovenia - 2018.06.18 17:25
    Write your message here and send it to us