Spetec GmbH products

Clean room cells with hard wall panels are mainly used in areas that demand an extremely high level of process reliability. Overpressure prevents particels from entering the clean room. The flexible wall system makes it possbile to extend the clean room cell at any time.

The strip curtain in the "soft wall" version makes it possbile to implement a simple, flexible clean room. Recesses and walls which follow the contours of machines can be achieved without difficulty.

The laminar flow module which comes equipped with a ceiling suspension can for example be used as a clean air shower or be integrated directed in a machine enclosure. Through the master/slave function, one control unit is able to control up 100 slave-modules (optional).n be used autonomously with a foot switch or inte

The Basic module is a simpler, more affordable alternative to the laminar flow module of the SuSi® series. The laminar flow module is offered in a simple, robust version. With an EC-motor with step-less speed regulation the air flow speed can be adjusted to the requirements. Through the Master/ Slave function one control unit is able to control up 100 Slave-modules (optional). The laminar flow module can be used as a separate filter unit or in combination with a clean room cell. Retrofitting into a laminar flow box is not possible.

The Spetec clean room workbench or mini environment is primarily used in the optics, electronics, and mechanical industries, e.g. for display manufacturing or finishing of touch panels and for cleaning optical components. The key difference in comparison to the laminar flow box (FBS series, tabletop unit) is the integrated work surface which can be fabricated from perforated stainless steel, “solid” stainless steel, or hard laminate.

The Perimax 12 peristaltic pump is a multipurpose, easy-to-use pump for the transportation of inorganic and organic fluids.

The principle behind the Perimax 16 - Antipuls peristaltic pump permits pulsation-free operation. Two tubes that pass over a roller head and whose rollers are arranged phase-shifted relative to one another are brought together. As a result, the peaks and troughs cancel one another out, thus resulting in a completely pulsation-free flow.

Many of the peristaltic pumps currently in use are based on one similar principle. The tubing that is to be inserted is clamped into place using the attached stopper/bridge and is then tensioned using a special pressure clip and adjusting lever. The knurled screw in the adjusting lever can be used to vary the setting of the pressure clip.

The optionally available Spetec stepper motor controller SM04 is an in-house development that can be fixed directly to the pump. It has been designed for the operation of 2-phase stepper motors with step angles of 1.8° and 0.9°. Using the Spetec SM04, a single full step can be subdivided into 64 microsteps. This corresponds to 12,800 steps per revolution. This ensures that the equipment runs extremely smoothly and silently.

The optionally available Spetec stepper motor controller SMC01 is a versatile control board for 2-phase stepper motors with a step angle of 1.8°. It can be operated in two different modes. The signal control mode is intended for use in simple systems, while interface mode is intended for operation at a PC or in a more complex system with its own bus system.