StingRay, the laser diode module for Machine Vision and Instrumentation. 660 nm Wavelength. 180 mW Output Power. Beam Shape: Line with 75° Fan Angle with Standard Beam Focus Type. Power Control is Analog. Communication is RS232. Cable Length is 1000 mm, with Hirose. Mount included.

Price $1,560.00 USD

Details

StingRay lasers are configurable with a variety of wavelengths and output power. Configure the laser output beam type from a Uniform Laser Line with choices in Fan Angle, an Elliptical Dot beam, or choose a Fiber Ready Stingray. Configure from several power control options, RS-232 option, cables and connectors.

Refer to the Specs Tab for all the details.

This StingRay laser offers:

Laser Wavelength color: Red, 660 nm
Laser Output Power of 180 mW
Laser Beam Shape is a Tophat Uniform Line with 75° Fan Angle
Laser Output Power Control is Analog
RS-232 Communications
Mount Included
The laser line width is user adjustable to control the focus location working distance.

StingRay lasers offer exceptional beam quality and reliability.

Choose Stingray for your demanding Machine Vision and Instrumentation illumination. See the StingRay datasheet for all the configuration options.

Coherent StingRay lasers can have delivery as fast as 2 weeks!

Buy now, or contact Coherent to configure your custom StingRay laser.

Specs

General

Wavelength (nanometers)

660

Wavelength Color

Red

Power (milliwatts)

180

Beam Type

Line with 75° Fan Angle

Beam Shape

Line

M² (Beam Quality at 90/10 Clip Levels) Maximum

1.5

Beam Diameter at 1/e² (millimeters)

Beam Divergence (milliradians, full-angle) Maximum

Line Fan Angle

with 75° Fan Angle

RMS Noise (%) (20 hertz to 20 megahertz) Maximum

0.5

Peak-to-Peak Noise (%, 20 hertz to 20 kilohertz) Maximum

Long-term Power Stability (%, 8 hours, ±3°C) Maximum

Pointing Stability Over Temperature (microradians/°C) Maximum

Communication

RS-232

Power Control

Analog

Analog Modulation Bandwidth (kilohertz) Maximum

500

Analog Modulation Rise Time (nanoseconds) Maximum

1000

Analog Modulation Fall Time (nanoseconds) Maximum

1000

Analog Modulation OFF Power (nanowatts) Maximum

Beam Angle Tolerance from Exit (milliradians) Maximum

Warm-up Time (minutes, from cold start) Maximum

Ambient Temperature, Operating Condition (°C) Minimum

-10

Ambient Temperature, Operating Condition (°C) Maximum

Storage Temperature (°C) Minimum

-20

Storage Temperature (°C) Maximum

Power Consumption (watts) Maximum

Heat Sink Mount

Operating Voltage (Volts DC)

ESD Protection

EN61326-1, 8 kV Air Discharge, 4 kV Contact Discharge

Spatial Mode

TEM00

Wavelength Minimum (nanometers)

655

Wavelength Maximum (nanometers)

665

Dimension, Height (millimeters)

19.1

Weight (kilograms)

0.07

Resources

Assembly Guides

View

Assembly Guides

View

Datasheets

View

Laser Line Module, Top Hat. 660nm, 180mW with 75° Fan Angle. Hirose, Analog

Laser Line Module, Top Hat. 660nm, 180mW with 75° Fan Angle. Hirose, Analog

Details

Specs

Resources

Accessories

StingRay Heat Sink Mount

StingRay 12-Pin Hirose Connector to Flying Leads Cable

StingRay Power Supply with Terminal Block Connector

12V Power Supply for FieldMate, FieldMaxII, LabMax, LabMax-Pro, StingRay

StingRay Mount Adapter Plate

StingRay Multi-Axis Mount

StingRay CDRH Safety Remote Kit

StingRay Developer's Kit

Those Who Bought this Also Looked At

Laser Line Module 660nm 100mW with 75° Fan Angle. Extended. Reverse Analog

Laser Line Module, Top Hat. 660nm, 100mW. Line with 75° Fan Angle. BNC, Analog

Laser Line Module 660nm 100mW with 75° Fan Angle. Extended Focus. Reverse Analog

Alternate Products

Laser Line Module Top Hat 660nm 100mW with 75° Fan Angle. No 5-Sec Delay. Analog

StingRay CDRH Safety Remote Kit

Laser Line Module, Top Hat 660nm 100mW. Line with 75° Fan Angle. Reverse Analog