Analog Laser Measurement Sensor Selection
Laser measurement sensors from Banner Engineering solve a wide variety of analog applications. Our portfolio of laser sensors includes powerful problem solving, high accuracy, high precision, and long range sensors that are also available with IO-Link communication. Compare the analog sensors find the right solution for your application. Or watch the video to learn how smart sensors from Banner solve more applications, save inventory costs, and prevent unplanned downtime.
Comparison Chart
* LTF analog resolution and linearity based on 1 σ
Best Selling
Q4X Series Rugged Laser Distance Sensor
Superior performance, detecting sub-millimeter changes in distance. FDA-grade stainless steel housing.
Key Features
25 mm to 610 mm range
0.15 mm to 1.75 mm analog resolution
±0.25 mm to ±25 mm linearity
IP69K
Integral QD connection
18 mm: 57.4 mm x 18 mm x 43.6 mm
Flush: 57.4 mm x 18 mm x 32.5 mm
Starting At: $ USD
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High Precision
LM Series Precision Measurement Sensor
Best in class performance with increased stability, reliability and precision for real world targets.
Key Features
40 mm to 150 mm range
0.002 - 0.004 mm analog resolution
±0.02 mm to ±0.07 mm linearity
IP67
Pigtail QD connection
48.5 mm H x 23.5 mm W x 35.8 mm D
Starting At: $ USD
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Mid-Range
Q5X Series High Power, Multi-Function Laser Sensor
Laser triangulation sensor with industry-standard rectangular housing reliably detects challenging targets.
Key Features
95 mm to 3 m range
1 mm to 30 mm analog resolution
±5 mm to ±150 mm linearity
IP67
Integral QD connection
60 mm H x 25 mm W x 52 mm D
Starting At: $ USD
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Best Selling
High Precision
Mid-Range
Superior performance, detecting sub-millimeter changes in distance. FDA-grade stainless steel housing.
Best in class performance with increased stability, reliability and precision for real world targets.
Laser triangulation sensor with industry-standard rectangular housing reliably detects challenging targets.
Key Features
25 mm to 610 mm range
0.15 mm to 1.75 mm analog resolution
±0.25 mm to ±25 mm linearity
IP69K
Integral QD connection
18 mm: 57.4 mm x 18 mm x 43.6 mm
Flush: 57.4 mm x 18 mm x 32.5 mm
Key Features
40 mm to 150 mm range
0.002 - 0.004 mm analog resolution
±0.02 mm to ±0.07 mm linearity
IP67
Pigtail QD connection
48.5 mm H x 23.5 mm W x 35.8 mm D
Key Features
95 mm to 3 m range
1 mm to 30 mm analog resolution
±5 mm to ±150 mm linearity
IP67
Integral QD connection
60 mm H x 25 mm W x 52 mm D
High Accuracy
LE Series 1 m Range Laser Displacement Sensor
High level of measurement accuracy, suitable for controlling, sorting, and inspection tasks in quality control.
Key Features
100 mm to 1000 mm range
0.02 mm to 1 mm analog resolution
±0.375 mm to ±4.5 mm linearity
IP67
Integral QD, pigtail QD, and cable connections
60 mm H x 26 mm W x 56 mm D
Starting At: $ USD
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Long Range
LTF Series Long-Range Time-of-Flight Laser Sensor
Detects targets regardless of color, material or sheen from up to 24 meters away, straight-on or at an angle.
Key Features
50 mm to 24000 mm range
0.3 mm to 4 mm analog resolution*
±10 mm to ±25 mm linearity*
IP67
Integral QD and pigtail QD connections
77 mm H x 26 mm W x 56 mm D
Starting At: $ USD
Learn More →
High Accuracy
Long Range
High level of measurement accuracy, suitable for controlling, sorting, and inspection tasks in quality control.
Detects targets regardless of color, material or sheen from up to 24 meters away, straight-on or at an angle.
Key Features
100 mm to 1000 mm range
0.02 mm to 1 mm analog resolution
±0.375 mm to ±4.5 mm linearity
IP67
Integral QD, pigtail QD, and cable connections
60 mm H x 26 mm W x 56 mm D
Key Features
50 mm to 24000 mm range
0.3 mm to 4 mm analog resolution*
±10 mm to ±25 mm linearity*
IP67
Integral QD and pigtail QD connections
77 mm H x 26 mm W x 56 mm D
Key Terms
Resolution
The smallest change in distance a sensor can detect. A resolution of 0.5 mm means that the sensor can detect changes in distance of 0.5 mm.
Linearity
How closely a sensor’s analog output approximates a straight line across the measuring range. The more linear the sensor’s measurements, the more consistent the measurements across the full range of the sensor. Linearity of 0.5 mm means that the greatest variance in measurement across the sensor’s range is ± 0.5 mm.