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Narrow Beam Fiber

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Basic Information

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Sensing characteristics

It is not easily affected by surrounding obstacles even in long distances.

Oct. 2014 New Narrow beam fiber: FT-KV26H1

Using the FT-KV26H1, 105 ℃ 221 ℉ heat-resistant fiber can reduce the wafer cooling time compared with the previous model, 60 ℃ 140 ℉ heat-resistant fiber, and enables wafer conveyance in a high-temperature state, so it contributes to improve throughput.

Oct. 2014 Increased heat resistance up to 80 ℃ [FT-KS40, FT-KV40, FT-KV26]

Note: The FT-KS40, FT-KV40 and FT-KV26 produced until September 2014 are heat-resistant 60 ℃ 140 ℉.

Features

■ Since the beam is narrow, it has a feature by which it is not easily affected by surrounding obstacles even in long distances.

<Aperture angle 2° or less>Ultra-narrow beam [FT-KS40/KV40/KV40W]

Realized laser-like aperture angle of 2℃.
Use of the exclusive mounting bracket enables easy mounting without the need for grooving. The FT-KV40 and FT-KV40W are optimal for mounting on device-side mapping mechanism.

<Aperture angle 3° or less>Ultra-thin retroreflective type reduces construction work [FR-KZ22E]

The FR-KZ22E is a ultra-thin shape (fiber: 2 mm thick, reflector: 2.2 mm thick), it can be installed even on thin robot hands. Using the FR-KZ22E reduces wiring and robot hand processing, and secures strength because of the retroreflective type.

<Aperture angle 3° or less>Ultra-compact size [FT-KV26, FT-KV26H1]

Thanks to its ultra-compact size of just W2 × H1.5 × D20 mm W0.079 × H0.059 × D0.787 in, the FT-KV26H1 and FT-KV26 can be installed even in limited spaces such as robot hands.

Applications

Introducing a tough fiber that transcends common knowledge!

It has toughness that can be used in moving parts, toughness that can be bent with precision,and high-quality for all purposes.
It changes common knowledge about fibers.