Gocator 2410 Ultra High-Resolution 3D Laser Line Profile Sensor
Description
Gocator 2400 3D smart sensors are designed for the exacting demands of electronics and medical component inspection. With the latest 2 MP imaging technology and a new processor, these sensors achieve fast scan speeds, the highest X resolution in the industry and excellent Z repeatability (0.2 μm). Plus, their use of blue lasers means they generate “cleaner” data and highly reliable results even on shiny surfaces.
Gocator 2410 Ultra High-Resolution 3D Laser Line Profile Sensor
Specifications |
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| Applications: | Security |
Features
2-Megapixel imager. Up to 1940 points per profile resolution
Field-of-view (FOV) up to 2000 mm
Measurement range up to 1525 mm
For pricing, technical or any other questions please contact the supplier
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How to order?
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Ships from:
Canada
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Sold by:
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On FindLight:
since 2020
Frequently Asked Questions
The key features of the Gocator 2410 Ultra High-Resolution 3D Laser Line Profile Sensor include a 2-Megapixel imager, up to 1940 points per profile resolution, a field-of-view (FOV) up to 2000 mm, and a measurement range up to 1525 mm.
The Gocator 2410 Ultra High-Resolution 3D Laser Line Profile Sensor is designed for the exacting demands of electronics and medical component inspection. It is suitable for industries that require 100% inspection of challenging targets, such as micro-features on small electronic parts, and dark materials such as tire tread/sidewall and rubber sheets in high-speed inline applications.
The Gocator 2410 Ultra High-Resolution 3D Laser Line Profile Sensor has a resolution of 0.0058 mm in the X direction and 0.0011 mm in the Z direction.
The Gocator 2410 Ultra High-Resolution 3D Laser Line Profile Sensor uses a blue laser.
Can the Gocator 2410 Ultra High-Resolution 3D Laser Line Profile Sensor be used for offline testing?
Yes, the Gocator 2410 Ultra High-Resolution 3D Laser Line Profile Sensor can be used for offline testing. It offers a virtual sensor environment where measurements can be performed on pre-recorded data from a variety of scanned components, without the need for a physical sensor.