SCN3 Series Mechatronics Cylinder

The SCN3 series of tiny servo actuators features straight-body and compact (motor reversed) designs.  With a main body cross section of only 29mm (1.14″) and a non-rotating shaft, you can design this actuator into your compact application with confidence.

Actuators can easily be operated via 24VDC signals from PLCs or relays, and can be connected in networks of up to 16 axes.

SCN5 Series Mechatronics Cylinder

The SCN5 series of Dyadic’s Mechatronics Cylinder line is ideal in that the motor, encoder, drive and actuator are one integral package. Dyadic has developed the linear actuator drive mechanism such that the screw and nut are optimized for high accuracy, long life and low cost while delivering high speed and peak thrust. This blend of low-cost and high performance could only have been realized by the advanced technology of Dyadic Systems. These new product concepts give engineers a wider range of options to eliminate over-design.

SCN6 Series Mechatronics Cylinder

The SCN6 series of Dyadic’s Mechatronics Cylinder line offers a wide range of speed/thrust combinations and enviromental ratings. The line includes models rated for 20, 40, 50, and 60kgf of peak thrust, with top speeds from 100-200mm/s. Dyadic has developed the linear actuator drive mechanism such that the screw and nut are optimized for high accuracy, long life and low cost while delivering high speed and peak thrust. This blend of low-cost and high performance could only have been realized by the advanced technology of Dyadic Systems. These new product concepts give engineers a wider range of options to eliminate over-design.

IP67 Rated SCN6 Actuators

Sealed against particulate and water for IP-67 use in demanding  environments, including outdoors.  The rod and tip are made from stainless steel and the body from anodized aluminum.  The servo drive is built in for easy mounting and these actuators include absolute encoders for homing-free operation

SCLT4 and SCLT6 Series Mechatronics Cylinder

The SCLT4 and SCLT6 series of Dyadic’s Mechatronics Cylinder line combines low-cost servo control with a recirculating ball guide mechanism to carry medium payloads to the positions you need. This blend of low-cost and high performance could only have been realized by the advanced technology of Dyadic Systems. These new product concepts give engineers a wider range of options to eliminate over-design.

SCLG6 Series Mechatronics Cylinder

The SCLG6 series of Dyadic’s Mechatronics Cylinder line combines low-cost servo control with an affordable guide mechanism to carry light payloads to a the positions you need. Dyadic has developed the linear actuator drive mechanism such that the drive and bearing systems are optimized for high accuracy, long life and low cost while delivering high speed and peak thrust. This blend of low-cost and high performance could only have been realized by the advanced technology of Dyadic Systems. These new product concepts give engineers a wider range of options to eliminate over-design.

ML Series Rodless Belt Driven Mechatronics Cylinder

The SCLG6 series of Dyadic’s Mechatronics Cylinder line combines low-cost servo control with an affordable guide mechanism to carry light payloads to a the positions you need. Dyadic has developed the linear actuator drive mechanism such that the drive and bearing systems are optimized for high accuracy, long life and low cost while delivering high speed and peak thrust. This blend of low-cost and high performance could only have been realized by the advanced technology of Dyadic Systems. These new product concepts give engineers a wider range of options to eliminate over-design.

RSA Series Servo Motors

Dyadic’s R-Series line of Mechatronics Servo Motors combines quick setup and tremendous flexibility with easy 24VDC power and control. Parameters for your mechanism are entered using a visual step-by-step utility which includes ballscrew, timing belt, rack and pinion, and rotary system configurations. This means that when you set up your moves you will be working in engineering units for your mechanism instead of motor pulses.