Mechanical

For the simultaneous application of high temperature and high pressure. Effective and efficient powder densification, diffusion bonding and processing of composite materials.

For crushing, flattening, compressing, gluing, molding and coating materials. Can be used to test mechanical properties of a sample.

For crushing, flattening, compressing, gluing, molding and coating materials. Can be used to test mechanical properties of a sample.

Ideal for the precisely controlled reactive extrusion of high viscous melts. By measuring the torque of the drive motor and the pressure in the backflow channel, the reaction process can be monitored effectively.  (FOR SMALL SAMPLES)

The production of test specimens from as little as 5 g of material. Different materials can be used (powder, pellets, or melts) and different specimen geometries available. 

Record how the heat passes through an object. This will help engineers find out structural problem

Quickly heat up and/or cool down samples. Operates with the following specifications: Max temperature of 1100°C, 120 Volts, 6.8 Amps, 0.8kWatts, and 50/60 Hz. Typically used to coat, dry, hardening, or purification of samples

This platform decreases vibration. Features include enhanced damping, increased rigidity, and sealed mounting holes. Minimizes coupling between the microscope, table, and floor to prevent vibrations from affecting results

Provide passive vibration isolation for medium-sensitivity microscopy measurements. They consist of a lightweight support base with pneumatic isolators at all four corners. Minimizes coupling between the microscope, table, and floor to prevent vibrations from affecting results

Low-frequency vibration isolation. Vertical-motion isolation is provided by a stiff spring that supports a weight load, combined with a negative-stiffness mechanism. Applications may include microscopy,  micro-hardness testing, biology, among others.