The following equipment and facilities are listed under this category.
Sample preparation involves the removal of surface contaminants by heating the sample under vacuum.
WTT technology is based on the closed system approach. This system modifies timber by a hydrolysis process at high pressures but lower temperatures.
High vacuum system with magnetron sputtering of thin films and nanoparticles
Microprocessor-controlled rotary sealer with printer for the packaging of sealable pouches and reels (SBS). The validatable hm 850 DC-V rotary sealer is used for the automatic closing of sealable pouches and reels (Sterile Barrier Systems SBS) in ho
Compact tube furnaces for gas atmosphere or vacuum applications.
The T-Station is a small compact fully automatic pumping system which is suitable for a wide range of vacuum applications.
DIGITAL TEMPERATURE CONTROL, ELECTRONIC VACUUM PRESSURE DISPLAY AND TIMER. CONTROLLABLE TEMPERATURE FROM 35 °C TO 200 °C STABILITY ±1 °C, UP TO 100 °C. HOMOGENEITY ±2 °C, UP TO 100 °C. SET ERROR ±1 °C. RESOLUTION 1 °C.
Degausing system for quality mould or part production.
A variable pressure FE SEM that supplements all the advantages of the high vacuum model with extended facilities for low vacuum operations, allowing investigation of nonconductive specimens in their natural uncoated state. The electrons interact wit