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MT PRECISION™ Ball screw Linear Positioner
The MT PRECISION™ is a machine tool grade ball screw linear
actuator developed to provide a precise, strong, and durable linear motion solution
for high accuracy positioning applications.
MT PRECISION™ is more efficient, easier to align, and provides superior control
of position and velocity compared to less expensive, hydraulic or pneumatic solutions.
As an integral package, the MT PRECISION™ linear positioner
actuator is less expensive and much easier to align than traditional ball screw
component systems. As a sealed assembly, the MT PRECISION™ hydraulic replacement is far less susceptible to
contamination and much easier to maintain than accordion style or sheet metal covers.
MT PRECISION™ Alternative to is Ideal for New Applications or Old
These electromechanical actuators are ideal for new applications as well as direct replacement
for older mechanical and hydraulic drive systems. When used as a drive for modernizing existing
machines to the latest CNC technology, design time required is minimal, as is the actual modification
of the machine components. As engineers strive to refine and improve the production process,
the MT PRECISION™ fluid power replacement actuator provides flexibility in motion, repeatable
position under varying load conditions, and a rugged and durable steel construction typical of machine tool designs.
E•DRIVE Design Incorporated has, since 1980, shown consistent success in the toughest automation,
hydraulic and pneumatic replacement machine tool applications, e.g. High loads, varying loads, high speeds,
high precision, and extreme durability. Precision ground ball screw systems, tailored for maximum life, load, and
stiffness, provide linear motion while fully enclosed, thus avoiding contamination related failures. A long bronze
nose bearing provides support for the extended piston.
While other actuator designs force a particular motor decision, the MT PRECISION™
is designed to suit virtually any motor, gearbox, or gear head the customer chooses to use. In-line and
parallel offset configurations are standard. A coupling is provided for the in-line option and
synchronous gear belt and pulleys provided for either 1:1 or 2:1 ratios when parallel offset.
Machine tool principals and guidelines ensure robust sizing of all components. Traditional front
flange, bottom, foot, and trunnion mounting capabilities are available.
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