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Laser Gauges
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Please click for updated information.
High performance laser thickness gauges and displacement gauges.
All are process capable.
Designed for measuring the true "thickness" of
- opaque and clear plastic
- battery materials
- paper
- rubber
- steel
- ceramic film & chips
- copper foil
- foam
- fabric
- and many other materials.
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Our Laser gauges are used to measure Thickness, Roll Runout,
Spindle Runout, Vibration, Displacement or Positioning (x,y,z), Flatness and Profile Measurements.
When properly mounted, these thickness gauges have
achieved better than 50 nanometer resolution in-process, (when used in conjunction with our LFE Linearization Module).
Our lasers (or yours) use our high speed Laser Controls Module . This module is manufactured with precision electronics that filter, condition, and stabilize the
signal; allowing you to
- capture and display accurate data at extremely high speeds
- subtract one laser signal from another (A - B)
- output the results in real-time and
- do it all at an extremely low cost
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Note: Lasers offer an extremely accurate
thickness and 'displacement' measurement technique. However, to work properly, particular attention must be given
to laser selection, signal processing, calibration, linearization, mounting, the material you are measuring, and
process speed, if applicable. We have the experience necessary to maximize laser performance and has developed
unique solutions for thickness and 'displacement' measuring; these include gauge and fixture linearization, temperature
compensation, EZcal-ibratoin, and integrated fixture design.
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| 2125 |
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Auto adjusting for texture and color variation. This
is an ideal choice for laboratory, quality control or process applications. The Model 2125 Laser is a small, self
contained, high performance non - contact thickness, distance, runout and displacement gauge.
Features:
- Sub-Micron accuracy and resolution
- Large easy to read LCD data display
- Electronic self zeroing for easy calibration
- Integrated power supply
- RS232 data port
- 4 - 20 mA or ± 10 Volts output
- Continuous read
- Foot triggering (optional)
- 1 step calibration (EZcal)
- Non - nuclear
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Technical Data:
| Measurement Range |
5, 10, 20, 50, 100, 200
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mm
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| Stand Off Distance |
22, 25, 40, 70, 100, 160
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mm
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| Resolution |
0.6, 1, 2, 5, 20, 40
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um
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| Linearity |
0.1 %
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MR
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| Measuring rate |
1000
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Hz
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| Spot size |
100 - 300
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um
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| Laser |
Class 2
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| 4125
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The Model 4125 Laser is one of our most accurate ultra
fast lasers. It is a small, self contained, high performance non - contact gauge that can be used for measuring
thickness, distance, runout and displacement.
Features:
- Sub - micron accuracy and nanometer resolution
- Large easy to read LCD data display
- Electronic self zeroing for easy calibration
- Integrated power supply
- RS232 data port
- 4 - 20 mA or ± 10 Volts output
- Continuous read
- Foot triggering (optional)
- 1 step calibration (EZcal)
- Ultra fast readings
- Non - nuclear
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Technical Data:
| Measurement Range |
2, 10, 20, 50, 100,
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mm
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| Stand Off Distance |
24, 30, 40, 45, 70,
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mm
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| Resolution |
0.2, 1, 2, 5, 10,
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um
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| Linearity |
< ±0.1 %
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MR
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| Measuring rate |
5000
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Hz
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| Spot Size |
35 to 60
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um
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| Laser |
Class 2
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| * In actual process applications, this sensor (3mm range)
delivered < 50 nm accuracy & 10 nm
resolution. |
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| 8125 |
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Wide Beam Sensor. Used for measuring the diameter,
width, or height of various materials to micron accuracy. This laser system uses a separate emitter and receiver.
Features:
- Micron accuracy
- Large easy to read LCD data display
- Integrated power supply
- RS232 data port
- 4 - 20 mA and ± 10 Volts output
- Continuous read
- 1 step calibration (EZcal)
- Ultra fast readings
- Non - nuclear
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Technical Data:
| Beam Width Options 'W' |
2, 5, 10, 20, 25
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mm
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| Stand Off Distance |
100 - 1000
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mm
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| Resolution* |
0.5 - 1.0 % of Width FS
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Width
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| Linearity |
< 0.1 %
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Width
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| Modulation Frequency |
50,000
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Hz
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| Laser |
30 mW 780
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nm
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*average 100 readings |
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All information is subject to change without notice.
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