Piezo products by Johnson Matthey
For over 40 years Johnson Matthey has been developing and manufacturing Piezoceramics and other high-volume Piezo products for a wide range of applications in a variety of markets, from aerospace to automotive and medical.
E.D. Elettronica Dedicata is glad to distribute Johnson Matthey Piezo Products GmbH’s piezo products for the circular knitting machine textile industry (socks, tights, seamless and large diameters).
Why choosing Johnson Matthey’s piezo products
With over 100 million products delivered worldwide, Johnson Matthey is a brand well known for its reliability and durability. Johnson Matthey’s experience and ability to produce high volumes of piezoceramic, mechanical and electronic actuators allows us to offer the highest quality products with competitive prices.
The actuators can be supplied with 2 operating modes, with integrated electronics using a standard BUS compatible with the WAC© bus system or without electronics for machines with few actuators installed
Piezos are highly resistant to aggressive oils and high levels of air humidity
The piezoelectric bending actuator doesn’t produce heat and therefore doesn’t need any cooling
Energy consumption is lower than electromagnets, resulting in lower operating costs
SPEED AND RELIABILITY
The high positioning speed ensures higher productivity, high reliability and reduced downtime
Retrofit and spare parts assistance
E.D. Elettronica Dedicata supports all customers in the search for the best product with technical suggestions and cost analysis, from the replacement of obsolete actuators to the proposal to replace a competing Matrix© or WAC© or Chinese actuator with JM compatible actuators. In the absence of compatible products we provide customized actuators according to customer needs. We also support the customer in solving any problems and guarantee a repair and reconditioning service.
As official distributors and thanks to the stock provided, we are able to procure every single part on JM actuators in a very short time: