The TSP312KA represents excellence in metallographic sample preparation: an pulitrice automatica , designed to guarantee the highest quality results with excellent value for money. Designed to meet the needs of the most demanding laboratories, this machine combines an innovative design with a sturdy structure, thanks to its cast aluminum base and shockproof, corrosion-resistant stainless steel cover.
Equipped with a 100W brushless engine With an inverter and gear motor, the TSP322KA ensures constant speed and high torque, essential for precision grinding and polishing operations. The "swing away" motorized head It is extremely robust, versatile, and protected by a safety barrier which prevents accidental access during processing, ensuring maximum operator protection.
The pneumatic pressure on samples is managed by a high-precision solenoid valve, regulated by the internal electronic board, which allows for extremely sensitive control. The digital card allows you to manage all essential functions: direction and speed of rotation, cycle time, water flow and activation of peristaltic pumps designed for fluid distribution.
The 7″ touchscreen monitor allows quick and intuitive interaction. You can create custom programs, adjust all settings, and monitor the cycle in real time, minimizing manual intervention.
The basic machine can be customized by choosing from various plates and sample holders based on the desired dimensions. Combined versions with additional central pressure are also available. All accessories are also available in custom versions upon request .
The main difference concerns the type and number of samples that can be processed: the /3 model is designed for 3 samples, the /5 for 5, while the COMBO allows for individual and combined central pressure.
Yes, each sample has its own extremely precise pneumatic pressure adjustment.
No, backing pads, plates, and accessories must be selected and ordered separately according to your needs.
Absolutely. The touch panel allows you to create and save different custom work cycles.
