Moved parts - Import export

The stopper cylinders are developed to stop or block moving parts, e.g. in an assembly line. The large dimensioned piston rod also allows use as a stand-by stop device.

Flat and Tapered Beam Torque Wrenches The error proofing industry started with a deflecting beam wrench built and sold by Paul A. Sturtevant. That was 1924. Highly accurate, very easy to use, and so durable they often last for decades - and decades! The special alloy steel beam is ground to a rate of deflection with the use of dead weights, rather than a dimensional tolerance. This process is time consuming and very labor intensive, but the result is a tool that remains accurate as long as the beam is intact and the pointer is on zero under no-load condition. The flat shape of the beam insures the wrench remains at a right angle to the fastener, reducing or eliminating side-loading error. This unique taper-grinding distributes stress evenly along the entire length of the beam, extending tool life indefinitely. With a minimum of moving parts, these tools are virtually repair and maintenance free.

The Detectaplast ® Elastic plasters are flexible, made from elastic textile. These plasters are very comfortable and suitable for moving body parts. Universal model - fits in different types of wall dispensers. Ideal for use in the food industry, visually as well as metal detectable

The Focovision by Reflection SR-2 is used in the production of semifinished lenses, glass and metal molds,but also in prescription laboratories to control the incoming semi-finished lenses. It measures the surface optical power by reflection on one point with a high degree of accuracy. The measured value can be expressed in curvature or in diopter. The Focovision by Reflection has become a worldwide reference instrument throughout the ophthalmic industry. High accuracy (0.01D for the base power, less than 0.01D for the residual astigmatism of the instrument) Very high reproducibility Precise and reproducible positioning of the lens according to reference points marked over the lens surface Simple and rapid autocalibration procedure No moving parts (behaviour stability, simple lighting system, ...) Linear instrument response (no mechanical adjustments are necessary) Reliability : Image quality control & automatic correction of dust effect

Suitable for all rotating and moving parts. Ideal for silent hinges and low-speed machines. Electrical insulation between shaft and bearing housing. Material: PA 6.6 Colour: natural Due to its gliding properties and high wear resistance, polyamide is also very applicable during dry running. Resistant to fouling, atmospheric influences and to the majority of chemicals. After assembly the bearing clearance is approx. 1% of the shaft diameter. Further types or materials on written request.

Homogenizing large tank volumes, mixing-in additives during the production of lubrication oil and suspending solids in a liquid phase are typical applications for the pneumatic pulse-mixing technology of PULSAIR. The process, patented worldwide, is based on an injection of an adjustable pressure pulse underneath an accumulator plate, installed on the bottom of the mixing tank. The injected pressurized air forms a big air bubble, soaring within the tank and displacing the surrounding liquid. Meanwhile negative pressure is generated underneath the bubble, sucking the surrounding material. This produces in the tank a vertical flow directed upwards, adjustable according to the requirements by varying the pulse length and the pulse duration. Contrary to mechanical agitators the height of the tank is very marginal. No moving parts or shaft bearings are in the tank.