STAINLESS STEEL LIFT-ASSIST HINGE HG-JH210  Passed 30,000 open/close private cycle test, Power Assist and Soft Close. Easy to lift heavy top-opening lid with spring tension (lift assist function). Supplied damper prevents top-opening lid from slamming shut. (Damper effective angle approx. 30 degreesor more). Built-in helical torsion spring makes lid feel lighter when opening. Specification: —Assist torque: 20.58N⋅m (210kgf⋅cm) (when using 1 pc) —Built-in damper max. load torque: 7N⋅m (71.4kgf⋅cm) —Built-in damper operating temperature: 0°C–40°C —Hinge operating angle: 0°–110° Application —Heavy top-opening lids of environmental equipment, testing equipment, etc.

LIFT-ASSIST HINGE Inside Mount HG-PA230, HG-PA231  Power Assist and Soft Close. The torque peaks at 20 degrees or 35 degrees depending on the lid shape. Easy to lift heavy top-opening lid with spring tension (lift assist function). Smooth and soft-closing movement at the end, preventing lid from slamming shut. Torque is adjustable by turning the adjustment screw (+/-5%). Able to limit the 140 degrees opening angle to 55 degreesor 80 degreeswith use of the included stopper plate. Opening angle can also be restricted between 15 degreesand 90 degrees(made to order).

HG-S-MN, HG-S-21 and HG-S-75 are newly launched. Rotation angle: 360 degrees Centre hole for easy cable management (except for HG-S-MN).

A quality management system with a quick ROI, designed by engineers for engineers. Auto-ballooning GD&T drawings & auto-generating reports inc. FAIR, PPAP and ISIRS

Up to 40t capability with thickness up to 2mm

Many materials exhibit different behaviors under various strain rates, i.e. they have strain rate dependent properties. Characterizing these dynamic properties across a wide range of velocities becomes very important in applications where components are exposed to high strain rates, especially on investigating material failure and also identifying the most optimal design for weight. High strain rate testing machines have helped industries to predict material behavior, which in turn helps the design of many components that are exposed to high strain rates during its life cycle. Whether it is in the landing gear on aircraft, the crash impact of a road vehicle or even the cord strings when a parachute is opened, all of these examples involve one or more components of a product that are subjected to high strain rate impact. These components require safety and industry standards to be met in order to compete in the industry. Therefore, a high strain rate testing machine with reliable operations and accurate data acquisition is essential in designing safe and functional products and verifying the validity of the computer simulation tools, e.g. car crash simulation.

The High Voltage Water Heater is an interior heater for heating water circuits in special-purpose vehicles (industrial use only). It consists of several tubular heating elements and has been validated according to automotive standards to meet highest safety requirements. Its integrated power electronics allows for individual control via LIN bus

Horizontal vacuum chamber furnace with round or square heating chamber for high temperature processes such as hardening, brazing, sintering, etc. Version with heating chamber insulation made of graphite Version with heating chamber insulation made of molybdenum + stainless steel The horizontal vacuum chamber furnace is the universal equipment for a wide range of applications and is available in small or large series.

Large 3D-printed equipment – a game changer in the automotive industry? Until now, equipment was mostly made of steel or aluminum – expensive, heavy, and often assembled from multiple parts. 3D printers were usually too small. But it doesn't have to be this way. Walter Automobiltechnik GmbH saves considerable costs by printing assembly fixtures and quality assurance tools up to one cubic meter in size. The result? Individual testing and assembly aids are now an integral part of quality assurance. Customized fixtures ensure greater efficiency and automated checks. But that's just the beginning! 3D printing opens up completely new possibilities. Whether tool holders, grippers, or practical workplace aids – engineer André Lenz uses the printer for clever solutions throughout the entire company. André Lenz explains: Our BigRep – Large-Format 3D Printers ONE enables us to produce large components – without great expense. A real game changer! For WAT, 3D printing is not a trend – but a lived reality and the future.

PTC Contact Heaters of the HP series are dynamic heating elements for precise heating of solids and liquid containers. They consist of a contacted PTC heating element pressed into an aluminum profile. The aluminum profile features a flat design and mounting holes on the outer profile surface which allows for flexible installation and optimum heat transfer. PTC Contact Heaters of the HP series are available in four versions with maximum surface temperatures ranging from 80°C to 200°C, suitable for a voltage range of 12 - 24V or 100 - 240V AC or DC (multi-voltage capable). PTC Contact Heaters come with all advantages of the PTC heating technology. Thanks to the PTC effect, the heating elements dynamically adjust their power without exceeding a maximum temperature. High operational reliability and energy efficiency without any additional switching elements.

We design machines with press forces in the range from 1.000 kN to more than 5.000 kN in monolithic frame design, tie-rod design, slab-design or as column-guidedpresses, as long-stroke down-stroke or short-stroke upstroke presses. In addition to proven standard products, we offer individual solutions and develop special presses for even greater pressing forces, tailored to your specific requirements. Rely on our engineering team and its 100-plus years of experience in the design of hydraulic presses.