ForTest Group products

T6990, recalculating the success of its predecessor M6990, an obviously enhanced user interface, thanks to an innovative tempered glass panel with built-in capacitive keyboard, around a 3.5” colour display. The new, high resolution display makes it even easier to view the test cycle and the programming menus, and the capacitive keyboard allows fast parameter entry.

High speed for small volumes. T6961 was designed for ultra fast testing of small parts (pneumatic valves, pressure switches, micro-valves in plastic for medical use, needles, catheters, biomedical components etc.). This characteristics makes it suitable for use on high production automatic machines, allow assembly of the pneumatic unit behind the part being tested, for maximum reduction of the parasite volume. The differential measurement technology also allows detection of extremely low leaks (example medicinal valves: 10 cc/h at 2 bar in 0.1 s. of testing).

A touch of innovation; The new T8990 leak tester was designed to improve what was considered the best device in ForTest`s history, the M8990. The new video controller “ForTest MMI” brought a superior level of human-machine interaction, thanks to an innovative capacitive panel in tempered glass, around a splendid 6.2” colour display. Parameter programming is much faster thanks to the new numerical keyboard integrated in the menus, and the big display makes viewing even clearer of the test cycle. The main screen also enables interaction with shortcut functions, such as test program change, "smart" test archive menu and locking/unlocking using a password.

M2710 is the digital portable calibrator for micro flow of ForTest® M Series. Enclosed in a container of anodized aluminium with shatterproof plexiglass front, we find a completely new circuit board and a mass flow meter sensor, for direct measurement of leaks.

M2730 is the new digital portable calibrator of ForTest® M series. Enclosed in a container of anodized aluminium with shatterproof plexiglass front, we find a completely new circuit board and a mass flow meter sensor, for direct measurement of leaks. Coupled to the micrometer nozzle supplied, they are designed to simulate the desired leakage, facilitating the procedure for programming and verification of leak test instruments.