Sick, a provider of industrial sensor technology, has announced a new product, the IMG inductive sensor, which has been engineered to deliver stable detection in a range of industrial environments.
This addition to Sick’s sensor portfolio is designed to enhance the reliability, robustness and repeatability of machinery components, which the company has said is critical for reducing maintenance needs and preventing costly operational stoppages.
The IMG sensor targets manufacturers and system integrators that face frequent site maintenance due to component failures.
As the manufacturing industry grapples with labour and skills shortages, particularly among maintenance technicians, the need for durable and reliable components has become more pronounced. In response, Sick’s IMG sensor aims to address this need and help ensure machinery operates smoothly even under harsh conditions.
Designed specifically for applications such as tool turret position detection in machine tooling, the IMG sensor offers precise switching points and high repeatability, Sick said.
What’s more, the sensor is reportedly built to withstand extreme conditions including shocks, vibration, oil, cooling lubricants and adverse weather like rain, snow and mud.
David Hannaby, market product manager for presence detection, Sick UK, commented: “IMG combines robustness and stable detection in a great value product.
“The tough IMG sensor family is designed for machines operating in harsh environments where reliability and stable detection are critical.”
Sick’s sensors, including inductive, capacitive and magnetic types, are tailored for use in extreme conditions. These products offer customisable options to meet specific customer requirements and are designed to ensure optimal performance.
The industrial automation company’s team collaborates with design and engineering teams to select and modify sensors for specific applications, reinforcing its commitment to providing reliable solutions for industrial machinery.
