CO2 field lens
CO2 field lens: large zinc-selenide (ZnSe) focusing lens with a small spot for accurate marking. Imported lens material provides long service life and reduces removal, installation, and alignment. The 10640nm scanning field lens is suitable for CO2 laser-marking machines.
Specification Snapshot
Focal Length [Original table row 2; Focal length=72mm; Parallel values in the same row, without additional model or configuration splitting]
72 mm
Mirror Diameter [Original table row 2; Focal length=72mm; Parallel values in the same row, without additional model or configuration splitting]
48 mm
Clear Aperture Dimension [Original table row 2; Focal length=72mm; Parallel values in the same row, without additional model or configuration splitting]
43
Focal Length [Original Table Row 3; Focal Length=100mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations]
100 mm
Focal Length [Original Table Row 4; Focal Length=160mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations]
160 mm
Focal Length [Original table row 5; Focal length=230mm; Parallel values in the same row, without additional model or configuration splitting]
230 mm
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Overview
CO2 field lens: large zinc-selenide (ZnSe) focusing lens with a small spot for accurate marking. Imported lens material provides long service life and reduces removal, installation, and alignment. The 10640nm scanning field lens is suitable for CO2 laser-marking machines.
Specifications
| Parameter | Value |
|---|---|
| Focal Length [Original table row 2; Focal length=72mm; Parallel values in the same row, without additional model or configuration splitting] | 72 mm |
| Mirror Diameter [Original table row 2; Focal length=72mm; Parallel values in the same row, without additional model or configuration splitting] | 48 mm |
| Scan Range [Original table row 2; Focal length=72mm; Parallel values in the same row, without additional model or configuration splitting] | 50 mm² × 50 mm² |
| Clear Aperture Dimension [Original table row 2; Focal length=72mm; Parallel values in the same row, without additional model or configuration splitting] | 43 |
| Incident Beam Diameter [Original table row 2; Focal length=72mm; Parallel values in the same row, without additional model or configuration splitting] | <16 mm |
| Circle of Confusion [Original table row 2; Focal length=72mm; Parallel values in the same row, without additional model or configuration splitting] | 0.15 mm |
| Threaded Connection [Original table row 2; Focal length=72mm; Parallel values in the same row, without additional model or configuration splitting] | M85x1 |
| Focal Length [Original Table Row 3; Focal Length=100mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 100 mm |
| Mirror Diameter [Original Table Row 3; Focal Length=100mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 36/48 |
| Scan Range [Original Table Row 3; Focal Length=100mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 70 mm² × 70 mm² |
| Clear Aperture Dimension [Original Table Row 3; Focal Length=100mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 32/43 |
| Incident Beam Diameter [Original Table Row 3; Focal Length=100mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | <8/<16 |
| Circle of Confusion [Original Table Row 3; Focal Length=100mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 0.20 mm |
| Threaded Connection [Original Table Row 3; Focal Length=100mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | M85x1 |
| Focal Length [Original Table Row 4; Focal Length=160mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 160 mm |
| Mirror Diameter [Original Table Row 4; Focal Length=160mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 36/48 |
| Scan Range [Original Table Row 4; Focal Length=160mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 110 mm² × 110 mm² |
| Clear Aperture Dimension [Original Table Row 4; Focal Length=160mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 32/43 |
| Incident Beam Diameter [Original Table Row 4; Focal Length=160mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | <8/<16 |
| Circle of Confusion [Original Table Row 4; Focal Length=160mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 0.20 mm |
| Threaded Connection [Original Table Row 4; Focal Length=160mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | M85x1 |
| Focal Length [Original table row 5; Focal length=230mm; Parallel values in the same row, without additional model or configuration splitting] | 230 mm |
| Mirror Diameter [Original table row 5; Focal length=230mm; Parallel values in the same row, without additional model or configuration splitting] | 48 mm |
| Scan Range [Original table row 5; Focal length=230mm; Parallel values in the same row, without additional model or configuration splitting] | 140 mm² × 140 mm² |
| Clear Aperture Dimension [Original table row 5; Focal length=230mm; Parallel values in the same row, without additional model or configuration splitting] | 43 |
| Incident Beam Diameter [Original table row 5; Focal length=230mm; Parallel values in the same row, without additional model or configuration splitting] | <16 mm |
| Circle of Confusion [Original table row 5; Focal length=230mm; Parallel values in the same row, without additional model or configuration splitting] | 0.35 mm |
| Threaded Connection [Original table row 5; Focal length=230mm; Parallel values in the same row, without additional model or configuration splitting] | M85x1 |
| Focal Length [Original Table Row 6; Focal Length=254mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 254 mm |
| Mirror Diameter [Original Table Row 6; Focal Length=254mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 48 mm |
| Scan Range [Original Table Row 6; Focal Length=254mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 175 mm² × 175 mm² |
| Clear Aperture Dimension [Original Table Row 6; Focal Length=254mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 43 |
| Incident Beam Diameter [Original Table Row 6; Focal Length=254mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | <16 mm |
| Circle of Confusion [Original Table Row 6; Focal Length=254mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 0.40 mm |
| Threaded Connection [Original Table Row 6; Focal Length=254mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | M85x1 |
| Focal Length [Original table row 7; Focal length=300mm; Parallel values in the same row, without additional model or configuration splitting] | 300 mm |
| Mirror Diameter [Original table row 7; Focal length=300mm; Parallel values in the same row, without additional model or configuration splitting] | 48 mm |
| Scan Range [Original table row 7; Focal length=300mm; Parallel values in the same row, without additional model or configuration splitting] | 210 mm² × 210 mm² |
| Clear Aperture Dimension [Original table row 7; Focal length=300mm; Parallel values in the same row, without additional model or configuration splitting] | 43 |
| Incident Beam Diameter [Original table row 7; Focal length=300mm; Parallel values in the same row, without additional model or configuration splitting] | <16 mm |
| Circle of Confusion [Original table row 7; Focal length=300mm; Parallel values in the same row, without additional model or configuration splitting] | 0.45 mm |
| Threaded Connection [Original table row 7; Focal length=300mm; Parallel values in the same row, without additional model or configuration splitting] | M85x1 |
| Focal Length [Original Table Row 8; Focal Length=330mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 330 mm |
| Mirror Diameter [Original Table Row 8; Focal Length=330mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 48 mm |
| Scan Range [Original Table Row 8; Focal Length=330mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 250 mm² × 250 mm² |
| Clear Aperture Dimension [Original Table Row 8; Focal Length=330mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 43 |
| Incident Beam Diameter [Original Table Row 8; Focal Length=330mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | <16 mm |
| Circle of Confusion [Original Table Row 8; Focal Length=330mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | 0.50 mm |
| Threaded Connection [Original Table Row 8; Focal Length=330mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations] | M85x1 |
| Focal Length [Original table row 9; Focal length=450mm; Parallel values in the same row, without additional model or configuration splitting] | 450 mm |
| Mirror Diameter [Original table row 9; Focal length=450mm; Parallel values in the same row, without additional model or configuration splitting] | 48/56/60 |
| Scan Range [Original table row 9; Focal length=450mm; Parallel values in the same row, without additional model or configuration splitting] | 300 mm² × 300 mm² |
| Clear Aperture Dimension [Original table row 9; Focal length=450mm; Parallel values in the same row, without additional model or configuration splitting] | 43/53/56 |
| Incident Beam Diameter [Original table row 9; Focal length=450mm; Parallel values in the same row, without additional model or configuration splitting] | <16 mm |
| Circle of Confusion [Original table row 9; Focal length=450mm; Parallel values in the same row, without additional model or configuration splitting] | 0.60 mm |
| Threaded Connection [Original table row 9; Focal length=450mm; Parallel values in the same row, without additional model or configuration splitting] | M85x1 |
| Focal Length [Original table row 10; Focal length=592/562mm; Parallel values in the same row, without additional model or configuration splitting] | 592/562 |
| Mirror Diameter [Original table row 10; Focal length=592/562mm; Parallel values in the same row, without additional model or configuration splitting] | 48/60 |
| Scan Range [Original table row 10; Focal length=592/562mm; Parallel values in the same row, without additional model or configuration splitting] | 400 mm² × 400 mm² |
| Clear Aperture Dimension [Original table row 10; Focal length=592/562mm; Parallel values in the same row, without additional model or configuration splitting] | 43/56 |
| Incident Beam Diameter [Original table row 10; Focal length=592/562mm; Parallel values in the same row, without additional model or configuration splitting] | <16/<22 |
| Circle of Confusion [Original table row 10; Focal length=592/562mm; Parallel values in the same row, without additional model or configuration splitting] | 0.70 mm |
| Threaded Connection [Original table row 10; Focal length=592/562mm; Parallel values in the same row, without additional model or configuration splitting] | M85x1 |
| Material [Original product feature text on this page; Material not replaced based on external physical assumptions] | Zinc Selenide |
| Applicable Wavelength [10640nm scan field lens for CO2 laser marking machines] | 10640 nm |
Applications
10640nm scan field lens for CO2 laser marking machines
Datasheet
Product Datasheet
PDF
Supplier Information
Suzhou Central-laser Industrial Equipment Co., Ltd. is a high-tech enterprise focusing on 3D laser marking and laser cleaning. It has accumulated many years of practical experience in laser marking, laser cleaning, and 3D marking applications, especially in laser control systems, flying marking control systems, 3D galvanometers and other core components with professional independent R&D and production capabilities. Currently, the company's leading products include: auto-focus laser cleaning machines, 3D galvanometers and 3D marking machines, NMC-S embedded laser marking control systems, high-speed and high-precision laser scanning galvanometers, central-laser series laser marking machines/coding machines, ODM laser marking machines/coding machines, etc.
With 18 years of deep cultivation, we are confident to provide you with a full set of solutions in the field of laser cleaning and marking.
Self-developed laser marking control system
The company spent many years independently developing an embedded marking control system, using a physical DSP chip, an A40 (quad-core) CPU high-speed processor, and a built-in surge protection and power-off backup system. It has received high praise in the current market. The overall performance is smooth, stable, and its efficiency and functions are almost the same as international mainstream products.
Self-developed galvanometer and optical path
Provides a high-precision lens grid calibration file for galvanometer field lens detection, ensuring marking accuracy without deformation, ensuring accurate flying meter counting and barcode reading success rate, precisely fine-tuning the optical path mechanism design and reliable power detection, ensuring full power output of the marking machine.
Self-production rate of the whole machine
Except for lasers which are cooperated with well-known brands; control systems, galvanometers, and whole machine mechanisms are all produced in-house.
OEM, ODM
Can meet customization needs for appearance and control systems according to special customer requirements.
We understand customers and industries better
Domestic market
Foreign market
Successful cases across various industries nationwide
With perfect pre-sales and after-sales service and nearly 20 years of technical experience accumulation, we provide laser processing process analysis and comprehensive laser application solutions for customers in different industries across the country, seamlessly integrating laser technology with manufacturing processes in various industries.
Exporting global beneficial "Zhongxingding Solutions"
Exported to the United States, France, Italy, Japan, Spain, South Korea, Thailand, India, Malaysia, Vietnam and many other countries and regions
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