The Keyence FU-82C Reflective Fiber Unit is designed to deliver uncompromising precision and resilience in the most demanding conditions. As part of Keyence’s advanced fiber sensor lineup, this model specializes in maintaining consistent performance where conventional sensors cannot withstand extreme temperatures or detect ultra-fine targets.

One of its standout qualities is heat resistance up to 300°C (572°F), making it highly reliable for industries such as metal processing, semiconductor manufacturing, glass production, and high-temperature assembly lines. In these harsh environments, stability is crucial, and the FU-82C ensures continuous performance without degradation caused by prolonged exposure to heat.

Equally impressive is its ability to detect extremely small targets, such as gold wire with a diameter of only 0.005 mm (0.0002″). This precision allows it to be used in microelectronics, precision component inspection, and fine wire detection, where minute details can impact overall product quality. With this capability, manufacturers gain the confidence to execute stringent quality control in delicate and high-value applications.

The FU-82C is built with a fixed 1 m fiber length that ensures optical consistency throughout its service life. Its minimum bend radius of 25 mm allows for flexible installation while minimizing the risk of optical loss or breakage. At just 29 g, it is lightweight yet durable, easing installation without adding unnecessary load to sensor heads or fixtures.

In terms of environmental adaptability, the FU-82C covers a wide operating range from -40°C to +300°C, making it equally effective in cryogenic chambers and furnace-level conditions. Its rugged design ensures long-term stability even when exposed to continuous temperature cycling, vibration, or industrial contaminants.

Applications for the FU-82C span across industries requiring non-contact reflective detection in extreme conditions. From monitoring delicate wires in semiconductor bonding processes to inspecting heated glass and metals during production, the sensor’s precision and resilience make it indispensable.

In conclusion, the Keyence FU-82C offers a rare balance of high-temperature endurance, ultra-fine detection capability, and robust fiber design, ensuring manufacturers can maintain precision and reliability even in the harshest environments. It stands out as a premium solution for engineers seeking durability and accuracy without compromise.