Precision mechanics - Import export

This torque sensor is qualified for static and dynamic measurements on non-rotary applications. Further the measurement of reaction torques on rotating machine parts is possible. Especially the torque sensors with flanges are preferred. They are mounted between motor and stator, e.g. in agitator drives. This enables a maintenancefree torque measurement. For individual measuring tasks the design of our torque sensors can be adapted to the customer’s installation conditions. More application examples: Test structures in the field of precision mechanics Determination of friction torques Acquisition of breakage moments on screw caps The design has been optimized regarding overall length, weight and volume, so that axial forces up to relatively high limit values and bending moments of up to 20 % of the measuring range have only a small effect to the influence of the measuring element.

We have been manufacturing UP machines / components and beam delivery systems for over 20 years.Benefit from our experience and let us do your demanding assembly or adjustment work.Assembly / adjustment of optical systemsAssembly / adjustment of mechanical precision systems.cleaning.Clean room assembly.Functional test.

These models are among our most precise and yet mechanically robust miniature load cells. High accuracy, finely graded measuring ranges, small dimensions and the simple introduction of force via opposing threaded pins open up a wide scope of laboratory and production applications. Their sophisticated engineering with integrated support membranes and overload protection reduces additional design expense in many applications, e.g. for external overload protection or guiding the parts introducing force to the cell. The result is that less space is required, less material is used and less weight is involved. Last but not least, there is hardly any friction on components that could falsify the measurement result. The force to be measured is introduced centrally and axially to the cylindrical sensor body in the tension or compression direction by means of the two threaded pins. This requires the sensor to be mounted without any elements touching the end faces of the sensor housing.

Potentiometric displacement sensors are used for direct, precise measurement of mechanical displacements. The mechanical parts of the measuring equipment must be set-up in such a way that the sliding shaft can move without play or lateral forces. A special multi-finger slider ensures good contact even when the adjustment speed is high or in the presence of vibration. With its housing diameter of only 12.7 mm, the model 8709 is also suitable for highly compact structures. The movable fastening clamps allow the user variable options for attaching the sensor without complication. Optionally available adaptations, such as flange and ball joint versions, extend and complement the range of possible applications. Typical fields of application include: Measuring the stroke on riveting machines Measuring insertion distances Offset measurements on bearings Spring travel measurements on axes Measurements of the movement of hoisting platforms Length measurements on pipe bending machines

In the basic version the MMC 5000 consists of a main X-axis featuring a linear air bearing (feed axis), a linear roller bearing Z-axis (infeed axis) and the milling spindle (air bearing) mounted on top of the Z-axis. The main application is face milling of optical and mechanical precision components. A Y-axis is available as an option. Another useful accessory is a second milling spindle, used perpendicular to the first one, thus allowing for the machining of two sides of a workpiece to perpendicularity in one setup. Accessories, like vacuum chucks, different milling spindles, touch probes for part thickness measurement, machine interferometers and other sensors for insitu measurement of workpiece shape and roughness, make the MMC 5000 machines an effective tool. In addition, various sensors are available for measuring of the workpiece geometry and surface quality during the manufacturing process.

Portable automatic X-ray Film Processor with daylight option for X-ray film processing of the highest level. Most important features Integrated Dryer: Perfectly developed films after careful drying Fully Automatic: Processor controlled developing and intuitive operation Precise Mechanisms: With precise manufactured roller packages any film development is successful at first attempt Optimal Results due to proven precision technology Professional film development is a complex process that is dependent on precise adherence to specific parameters. Because of the exact process control of the XR 24 NDT, optimal film processing results are assured. The special submersion-tank mechanics reliably prevents crystallization of the chemistry during the stand-by phase. * Spectacular results * Finest Details * Proper Developing

ANDRITZ Kaiser supplies high-precision mechanical presses for sheet metal forming. The decades of experience and the technical execution of the stamping and forming machines guarantee exceptional precision, high productivity and reliability as well as a significant reduction in operating costs. However, a forming line consists not only of the press but of a number of ancillary equipment and auxiliary units, which only result in a functioning system as a whole. We have more than 70 years experience in the integration of press and peripherals. Our experts know exactly the mutual dependencies and requirements of the individual sub-systems. Profitability and productivity are the result of an optimally coordinated system. We are happy to advise you on the planning of your forming plant. However, a forming line consists not only of the press but of a number of ancillary equipment and auxiliary units, which only result in a functioning system as a whole. We have more than 70 years...