Stable and Accurate - Wide Area Detection with a ToughFlex Fiber Sensor Head
POINTS [1] STRONG BODY
Protected by a die-cast metal casing. The internal structure is filled with epoxy resin, so this unit can withstand cracks caused by impact or damage caused by seepage of liquid into the device.
POINTS [2] BASIC CABLE STRONG
Cable base unit (50 mm), uses stainless steel shielding. This protects the base unit, which bears the burden when the cable is wound. Installing the device in a narrow space can be done
POINT [3] EASY OPTICAL ALIGNMENT OF ALREADY
Equation with array fibers
Use fiber bundles * 1. Arrange 30 core fibers with a diameter of 0.25 mm. Because light extends over a wide area, optical axis alignment can be done easily. * 1 A bundle of thin raw fiber wire.
cfot salary
POINTS [4] RAMPING
Compact structure, ideal for narrow installation. (T: 120 mm x L: 17 mm x T: 5 mm)
POINTS [5] SAVE COST AND SAVE TIME
Eliminates mounting multiple sensors for wide area detection applications.
Thin beams make it difficult for surrounding objects to affect the beam. Perfect for use in locations where the sensor will be close to many devices.
POINTS [1] STRONG BODY
Protected by a die-cast metal casing. The internal structure is filled with epoxy resin, so this unit can withstand cracks caused by impact or damage caused by seepage of liquid into the device.
POINTS [2] BASIC CABLE STRONG
Cable base unit (50 mm), uses stainless steel shielding. This protects the base unit, which bears the burden when the cable is wound. Installing the device in a narrow space can be done
POINT [3] EASY OPTICAL ALIGNMENT OF ALREADY
Equation with array fibers
Use fiber bundles * 1. Arrange 30 core fibers with a diameter of 0.25 mm. Because light extends over a wide area, optical axis alignment can be done easily. * 1 A bundle of thin raw fiber wire.
cfot salary
POINTS [4] RAMPING
Compact structure, ideal for narrow installation. (T: 120 mm x L: 17 mm x T: 5 mm)
POINTS [5] SAVE COST AND SAVE TIME
Eliminates mounting multiple sensors for wide area detection applications.
Thin beams make it difficult for surrounding objects to affect the beam. Perfect for use in locations where the sensor will be close to many devices.
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