LASER 3D SCANNING

The family of Gocator 2400 sensors, takes 3D measurement and inspection to the edge of technology's current capabilities. When parts just have to be made to exact tolerances, such as in medically related equipment and components, or for most modern electronics, the high-performance Gocator 2400 series of 3D smart sensors exceeds requirements.
Equipped with 2 Megapixel imaging technology and an all new micro-processor, the 2400 series delivers very fast scan rates at the industry's highest X dimension resolution and superb Z repeatability of 0.2 microns.

VISION SYSTEMS FOR MANUFACTURING

To provide lots of application flexibility and at the same time deliver uncompromising measurement performance, these laser scanners can be ordered in either red or blue laser versions.

Gocator G2400 Tire Inspection

With the Gocator 2400 series of 3D machine vision cameras, measuring features on your products at the micron level does not mean you are stuck with a narrow field-of-view or FOV. Because of the camera's 2 megapixel capability, you maintain a large FOV, enabling you to find defects that are very small in comparison to the product being inspected.

Faster scan and acquisition speeds empower you to speed up your inline process and use higher resolutions. It also means multiple exposures can be used to accurately measure high-contrast targets. With an X resolution down to 6 μm, you can generate data points even on very tiny edges or narrow gaps.

With the wide measurement range of the G2400 you can use fewer sensors to precisely record very fine details on both surfaces and edges. The X resolution on some models is down to 6µm, scanning rates are available up to 5kHz, the field-of-view is as wide as 6.5 feet when measuring up to 5 feet away

MACHINE VISION INSPECTION

Gocator sensors yield laboratory grade precision but are designed for use in rugged industrial environments where their small footprint, light weight, and simplicity to network and integrate give manufacturing professionals the industrial characteristics they want most like being:

Pre-calibrated and immediately ready to measure details at the micron-level
Scalable to a synchronized multiple-sensor network
Compact with a small footprint that fits into crowded production spaces
Easily setup and controlled via a web browser
Feature dense for your I/O and PLC support experience
Open source SDK

Designed to be a system of independent sensors, untethered by controllers or PCs, the Gocator family of products easily scales to exactly the size you grow today using master hubs that handle power distribution, I/O, laser safety interlock, and synchronization at the microsecond level.

Any browser, on any computer, with any operating system delivers easy and flexible range configuration using the GUI that is integral to each Gocator smart sensor. There is no other software you have to install, just take the Gocator out of its box and you can quickly and easily set it up.

GOCATOR 3D CAMERAS

The Gocator family of products also includes other laser based 3D camera family models for moving targets named Gocator 1300, Gocator 2100, Gocator 2300, Gocator 2500, and Gocator 2880. For stationary targets, LMI has models of LED Structured Light cameras named Gocator 3210, Gocator 3504, Gocator 3506, and Gocator 3520. Additional solutions are made for robot guidance and high speed image processing.

HTE Automation and LMI Technologies support manufacturers with high confidence inspection, automation, and optimization solutions in Kansas, Missouri, and Illinois as they apply technology to overcome long-standing manufacturing challenges.

GOCATOR 2400 SERIES MODELS	2410	2420	2430	2440	2450	2490
Data Points / Profile	1710	1940	1500	1500	1800	1920
Resolution X (µm) (Profile Data Interval)	5.8 - 6.2	14.0 - 16.5	37.0 - 57.0	90.0 - 130.0	100 - 255	250.0 - 1100.0
Linearity Z (+/- % of MR)	0.015%	0.006%	0.01%	0.01%	0.01%	0.04%
Repeatability Z (µm)	0.2	0.4	0.8	1.2	2.0	12.0
Clearance Distance (CD) (mm) (inches)	19.0 0.75	60.0 2.36	75.0 2.95	183.0 7.20	270.0 10.63	350.0 13.78
Measurement Range (MR) (mm) (inches)	6.0 .24	25.0 0.98	80.0 3.15	210.0 8.27	550.0 21.65	1525.0 60.04
Field of View (FOV) (mm)	10.0 0.39	27.0 - 32.0 1.06 - 1.26	47.0 - 85.0 1.85 - 3.35	96.0 - 194.0 3.78 - 7.64	145.0 - 425.0 5.71 - 16.73	390.0 - 2000.0 15.35 - 78.74
Laser Class	2M, 3R (blue, 405 nm)	2M, 3R (blue, 405 nm)	2, 3R, 3B (red, 660 nm; blue, 405nm)	2, 3R, 3B (red, 660 nm; blue, 405nm)	2, 3R, 3B (blue, 405nm)	2, 3R (red, 660 nm)
Dimensions (mm) (inches)	44x90x145 1.73x3.54x5.71	44x90x145 1.73x3.54x5.71	44x90x155 1.73x3.54x6.10	44x90x190 1.73x3.54x7.48	44x90x240 1.73x3.54x9.45	49x85x272 1.73x3.54x10.71
Weight (kg) (Lbs)	0.88 1.94	0.88 1.94	1.0 2.20	1.2 2.65	1.2 2.65	1.5 3.31
ALL 2400 SERIES MODELS
Scan Rate	200 Hz, up to 5 kHz. (Note: 2400 series provides up to 2x scan rate for equivalent window size as 2300 series)
Interface	Gigabit Ethernet
Inputs	Differential Encoder, Laser Safety Enable, Trigger
Outputs	2x Digital output, RS-485 Serial (115 kBaud), 1x Analog Output (4 - 20 mA)
Input Voltage (Power)	+24 to +48 VDC (9 Watts); Ripple +/- 10%
Housing	Gasketed aluminum enclosure, IP67
Operating Temperature	0 to 50°C 32 to 122°F
Storage Temperature	-30 to 70°C -22 to 158°F
Vibration Resistance	10 to 55 Hz, 1.5 mm double amplitude in X, Y, and Z directions, 2 hours per direction
Shock Resistance	15 g, half sine wave, 11 ms, positive and negative for X, Y, and Z directions
Scanning Software	Browser-based GUI and open source SDK for configuration and real-time 3D visualization. Open source SDK, native drivers, and industrial protocols for integration with user applications, third-party image processing applications, robots, and PLCs.