Stepping motors - Import export

Consists of step motor, planetary gears and tensionable drive wheel, fully assembled.

Drive unit for up to 6 DOF: Freely selectable arm lengths Drive with igus® step motors 6-axis unit completely mounted on a sturdy aluminium base Ready for connection to individual controls Articulated arms with or without optional angle sensors

Drive units with 3 DOF with angle sensors Drive units with 4 DOF with angle sensors Drive units with 5 DOF with angle sensors robolink® drive units for all articulated arms Significantly expanded workroom Freely configurable arm length through modular design Step motor driven Alternative drive/control systems easily possible Drive units with 3 DOF with angle sensors Drive units with 4 DOF with angle sensors Drive units with 5 DOF with angle sensors

Drive unit 3 DOF Drive unit 4 DOF Drive unit 5 DOF robolink® drive units for all articulated arms Significantly expanded workroom Freely configurable arm length through modular design Step motor driven Alternative drive/control systems easily possible Drive unit 3 DOF Drive unit 4 DOF Drive unit 5 DOF

Generally, dosing pumps are referred to as oscillating displacement pumps with adjustable stroke length. Depending on the requirement the driving mechanism can be equipped with hydraulically actuated diaphragm. Electrically driven pumps offer besides the stroke length adjustment a further possibility to adjust the delivery flow by modifying the motor rotation speed. For a small delivery flow and a low delivery pressure, electromagnetically driven pumps are nowadays the devices of choice since they can simply be adapted to the process requirements by modifying the stroke frequency manually or through an external control (pulse or analog) signal.  Electromagnetic LMI pump. Flow rate: up to 76 l/h. Pressure: up to 20.7 bar For several years microprocessor-controlled dosing pumps with stepping motor are part of our portfolio. This pump model has a lot of possibilities and options for adjusting the delivery flow and monitoring the delivery rate. The driving mechanism offers additional