LMI Technologies Inc.
Burnaby, BC V5J5J8 CAN
Laser Twin Sensor measures from 0.20 to 0.79 in.
Long Range Laser Twin Sensor tracks object displacement or running profiles at speeds up to 200 kHz. Thickness variations as fine as 0.007 Ã-µm can be resolved when averaged at 100 Hz. Unit automatically compensates for differences in object's color and surface, and can track smallest pits, surface textures, and sharp increases in object height. Sensor features laser spot size of 70 Ã-µm...
Read More »Laser Nano Sensor measures extremely reflective metals.
Suited for small work envelopes, micro-positioning and thickness and roughness measurement, sensor uses auto focus principles with resolution as fine as 4 nm at speeds to 250 kHz. Sending/receiving unit and box provides power, analog output, and electronics. Offered in four models with measuring range of 0.000018-0.0059 in., unit has laser spot that varies from 1-6 microns and operating distances...
Read More »Laser Sensor suits high-speed/accuracy applications.
Sensor tracks object displacements and running profile changes at speeds of up to 200 kHz and resolves thickness variations as fine as 0.007 Ã-µm. Sensor, with twin-viewing axes, has 30 Ã-µm dia laser spot size, observation angle of 43Ã-
Read More »Industrial Gauging Sensor suits automotive applications.
Built to NEMA-4 standards, single point, non-contact Class II SLS5000 sensor employs integrated sensor and built-in processor for data averaging and filtering. Dynamic laser feedback loop allows accurate measurement, regardless of general plant environmental conditions. Sensor makes virtually error-free measurement with reliability and repeatability of up to 16,000 times/sec. Measurement range is...
Read More »Sensor suits precision, position, and opacity measurements.
Non-contact, laser-based, industrial gauging sensor, based on shadow measurement principle, is suitable for non-stationary, rubber, metalworking, aluminum, paper, textiles, and plastics applications. Class II Laser Beam Sensor (LBS) consists of emitter and receiver, and allows up to 3.3 ft distances between them. Measurement range varies from 0.02 to 1 in., accuracy is better than 0.5 percent at...
Read More »
Laser Sensor provides measurements up to 11.81 in.
Using laser triangulation principles, DLS-2000 provides real-time scaleable data with 16-bit micro-controller, compensating for changes in light and target characteristics. Charged Coupled Device detector allows processing and data averaging to develop resolution down to 0.001 in. RS-485 interface permits use of PC or PLC to manipulate configuration parameters. Self-contained Class IIIa sensor...
Read More »Single-Point Sensor utilizes optical triangulation principles.
SPR-04 non-contact, CCD-based sensor measures distance, thickness or material deformation, positioning and profiling. It delivers resolution better than 0.001 in. at rates up to 1800 measurements per second. Field adjustable measurement range is 2 to 8 in. Automatic power control of laser compensates for difference in object's color or surface qualities. Digital design resists change in ambient...
Read More »Laser Sensor for distance/thickness measurement.
SPR-04 Single Point Laser Sensor uses optical triangulation principles to deliver resolutions better than .001 in. at rates to 1200 measurements per second. Its 6.0 x 3.0 x 1.65 in. size and measurement range of 2 to 8 in. allow for tight and exact industrial measurement applications without negatively affecting accuracy. CCD-based sensor is equipped with automatic power control of laser, and...
Read More »Laser Sensor suits medium to long range measurements.
CCD-based, single-point SPR-02 is suitable for monitoring wind-up of materials, distance, and thickness, and material deformation, positioning, and profiling applications. Optical triangulation measurement principle delivers resolutions to 0.001 in. at up to 1,800 measurement points per second. Sensor is available in Class IIIa and IIIb versions, with measuring range from 32 to 168 in. It offers...
Read More »Multi-Point Sensor scalps aluminum ingots.
B8 Sensor has 8 individual laser points spaced every 3.0 in. over 2 ft length. Depth of measurement range of each laser point is up to 14 in., with accuracy of +/- 0.020 in. and resolution of less than 0.010 in. Binocular vision system verifies information collected. With 2 DSP computer chips, B8 can be linked or multiplexed with other units. 16-bit controller and RS-485 or RS-232 interface...
Read More »