RONAR-SMITH TSL-9.4-50-75Z-D14 Telecentric CO2 Scan Lens

RONAR-SMITH TSL-9.4-50-75Z-D14 Telecentric CO2 Scan Lens

RONAR-SMITH TSL-9.4-50-75Z-D14 telecentric scan lens is a standard matching optical part for industrial 9.4μm CO2 laser marking, drilling and micro engraving machines. M85×1 standard thread fits most mainstream CO2 galvanometer scan heads directly without extra adapters. Compact 71mm total length saves equipment internal layout space, built-in D110×T3 protective window prevents dust & splashing damage to inner optical elements, lowering machine maintenance cost for end manufacturers.

Operating Wavelength: 9.4 μm (CO₂ laser)

Effective Focal Length (EFL): 75 mm

Front Focal Length (FFL): 131.95 mm

Working Distance (WD): 68.95 mm

Max Scan Angle: ±27.8 deg

Scan Length: 70.7 mm

Scan Field: 50 mm × 50 mm

Input Beam Diameter (1/e²): 14 mm

Focal Spot Size (1/e² Gaussian): 92 μm ~ 96 μm

Telecentricity: < 2.8 deg

Optical Transmittance: > 98.5 %


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Our RONAR-SMITH 9.4μm telecentric F-theta scan lens fits a full spectrum of industrial laser processing applications, including 3D dynamic scanning & printing, laser cleaning, laser cutting, precision laser drilling, laser engraving, PCB laser lift-off, general laser scanning, laser welding, solar panel scribing & grooving, and vision-assisted scanning. Featuring ultra-low telecentricity and uniform focal spots across the entire scan field, it delivers consistent vertical laser beam incidence to eliminate tapered holes, uneven engraving and edge distortion, making it ideal for high-precision mass production across metal, non-metal, circuit board and photovoltaic manufacturing industries.

telecentric F-theta scan lens
TSL-9.4-50-75Z-D14
9.4μm telecentric F-theta scan lens
Customized wavelength

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