Precision motion controller
Advanced control algorithms and excellent performance are independently developed, which controls voice coil motor,
linear motor and servo electric cylinder to achieve the best
performance.
Multiple field network controls
Being compatible with the industrial network standards of the market, it demonstrates an unparalleled level of performance, function and flexibility.
Voice coil motor control
It can be adapted to voice coil motors of different sizes on the market.
Optional precision force control function
With SOFTFORCE technology, it can help you enjoy using the high precisive implement scheme,with low cost invest.
Characteristics of voice coil motor
· Wear-free
· High response, high accuracy
· Zero hysteresis, direct drive, with no cogging effect
· Low-speed, smooth motion based on ultra-high resolution
Advantages of voice coil motor
1. Low inductance:
The VCM inductance and electrical constant are low enough to bring quick response speed.
2. Smooth motion:
VCMs have no mechanical braking resistance and no cogging effect, so they are suitable for high-precision, high and low-speed, smooth movement.
3. High reliability:
Thanks to the contactless condition between the coil and the VCM cores, there is no wear and tear during motion. The reliability of VCM is greatly improved.
4. High force linearity:
There is high linearity between VCM output force and current, so it is more suitable for precise force control conditions.
Linea motor control
It can be adapted to linear motors of different sizes on the market.
Optional precision force control function
With SOFTFORCE technology, it can help you enjoy using the high precisive implement scheme,with low cost invest.
Characteristics of linear motor
· High accuracy
· No backlash, no wear
· Compact size, space-saving
· High acceleration, high response
Advantages of linear motor
1. Stroke extension:
The permanent magnets of linear motors are generally modular. Each module can be increased to any length depending on the required number. The stroke is thus extended.
2. Simple part integration:
Compared with rotating motors in mechanical transmission systems, linear motors require fewer parts.
3. High positioning accuracy:
The positioning accuracy of a linear motor is only limited by its feedback resolution, which is typically smaller than a micron level. Hence, positioning accuracy is high.
4. High speed, high acceleration and deceleration:
The linear motor actuator can directly convert electromagnetic force into linear motion, making it possible to exert high-speed performance even under a long stroke.