Gocator 2690

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Gocator 2690
Details
The Gocator 2690 is a high-resolution 4K+ line laser contour sensor developed by LMI Technologies, designed to capture fine details and measure large targets with precision. Equipped with customized optical components and a powerful 9-megapixel imaging chip, it delivers 3700 data points per contour, making it ideal for high-resolution 3D scanning and wide field-of-view applications.
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Gocator 2600-4K Line Laser Sensor
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Description

Gocator 2690 Product Parameters

 

Model

Gocator 2690

Brand

LMI

Sensor type

point laser sensor

Data points

3700

Field of View FOV (mm)

385~2000

Measurement range MR (mm)

1550

Net distance (mm)

325

X-direction resolution (µ m)

124~550

Z-direction linearity (% of MR)

0.08

Z-direction repeatability accuracy (µ m)

12

Laser grade

2,3R

Scanning rate/time

0.9 ~ 10 kHz

Data interface

GigE

Power supply

24 ~ 48 VDC,15W

Protection level

IP67

Dimensions

55 mm × 105 mm × 280 mm

Working temperature

0℃ ~ +40℃

Weight

2.12 kg

 

Product feature of the Gocator 2690

 

  • Ultra-High 9MP Imaging

Captures detailed and accurate 3D profiles, ideal for demanding inspection tasks.

  • Superior Measurement Precision

Delivers 3700 data points per contour, ensuring high-fidelity surface profiling.Achieves X-direction resolution as fine as 0.124mm, enabling detection of intricate surface features.

  • Expansive Field of View

Covers up to 2m scanning width, making it suitable for large object inspection.

  • Integrated Measurement Tools

Comes with built-in measurement functions, requiring no programming for setup.

  • Seamless Multi-Sensor Networking

Supports multi-sensor calibration and networking, allowing for extended scanning areas and higher measurement flexibility.

  • Optimized for Industrial Applications

Features industrial-grade IO connections, ensuring reliable integration with automation systems.

 

Product application of the Gocator 2690

 

Precision machining and micro nano manufacturing

  • UV laser processing monitoring: In conjunction with UV lasers (such as 355 nm wavelength), real-time observation of the heat affected zone or deformation during micro processing (etching, drilling).
  • 3D printing tomography detection: utilizing the high resolution of ultraviolet light to detect the accuracy of printed structures layer by layer, avoiding interlayer misalignment or insufficient material curing.
  • Environmental and Biological Testing
  • Trace analysis of pollutants: UV spectroscopy technology is used for detecting organic compounds (such as benzene derivatives and microorganisms) in water or air, with sensitivity up to ppb level.
  • Biological microscopy imaging: UV light induces spontaneous fluorescence in cells or tissues, assisting pathological analysis or genetic research, and allows for the observation of specific structures without the need for staining.

 

Dimensions

 

product-831-480

 

Installation and debugging support

 

Hardware installation guidance:

Guide customers to complete the installation of the camera, including mechanical fixation, line layout, interface connection, etc.

 

Software debugging:

  • Provide installation support for camera drivers and software platforms.
  • Assist in configuring parameters such as exposure, gain, frame rate, etc. to ensure the best effect of the camera in actual application.
  • Interface with the customer's host computer software system to ensure smooth data acquisition and processing.

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