High Frequency Linear Voice Coil Motor With Shaft For Optical Systems

The semi-enclosed belt-driven voice coil motor with integrated bearings features a sophisticated design that merges precision motion control with enhanced durability. Encased within a partially enclosed housing, this motor incorporates a belt-driven mechanism and integrated bearings for optimal performance.

In optical systems, linear voice coil motors play a pivotal role in precise motion control, enabling various essential functions:

1. Beam Steering: Linear voice coil motors accurately adjust the position of mirrors or prisms, redirecting light beams for precise targeting and alignment in optical systems.

2. Focusing Mechanisms: These motors facilitate precise movement of lenses or lens groups, enabling accurate focusing in imaging devices such as cameras and microscopes.

3. Image Stabilization: Linear voice coil motors help compensate for vibrations or movements, stabilizing images in optical equipment like binoculars and cameras.

4. Optical Path Adjustment:They contribute to fine-tuning the optical path alignment in devices such as spectrometers and interferometers, ensuring accurate measurements.

5. Laser Beam Control: Linear voice coil motors adjust the position of optical components, such as prisms or mirrors, to control the direction of laser beams for various applications.

6. Alignment in Telescopes: These motors aid in aligning components within telescopes, enabling accurate tracking and observation of celestial objects.

7. Microscopy: In microscopy systems, linear voice coil motors assist in precise sample positioning, stage movement, and focus adjustment.

8. Optical Switching: Linear voice coil motors facilitate the precise alignment of optical fibers or waveguides, enabling efficient optical signal routing and switching.

Technical Parameters:

Applications:

The linear voice coil motor is an efficient, cost-effective linear motor that provides accurate position repeatability and low noise levels. Built-in motion shaft and precision linear bearing. The sports shaft is made of light weight, high rigidity and wear-resistant material. With high acceleration, high accuracy,short response time and high frequency, light weight characteristics, is a high-quality material. Widely used in medical equipment, breathing machines, semiconductors, precision testing and detection, valve flow control and other fields.

linear shaft motor:

1.Travel: effective travel, used to calculate the the total travel of value force.

2.The direction of movement: horizontal or vertical installation 90 degree.

3.Load force: constant in the reverse direction of force on the motor, such as springs, etc.

4.Load weight: the total quality part of movement, including the quality slider

5.Movement Type: 1.point to point movement; 2.the reciprocation of the rule (e.g. scanning).

6.Velocity curve: 1.a trapezoidal speed curve; 2.triangular speed curve; 3.sine speed curve.