Product Description:

The vibration motor is manufactured from high-strength, stable materials. The flexible voice coil motor features short response times, high vibration frequencies, and excellent consistency and stability. The voice coil motor-driven flexible vibrating feeder employs specialized drive control technology to achieve part forward/backward movement, flipping, dispersion, and aggregation. The flexible feeding mechanism integrates an adjustable backlight source, enabling vibration-based feeding, automated visual system control, and automated machine-picking system operation.

In endoscopic robots, the vibration motor primarily serves as a haptic feedback device, translating virtual and digital information into perceptible physical sensations. When the physician operates the handle, they feel vibrations of varying intensity or patterns transmitted through the handle (e.g., stronger or higher-frequency vibrations as proximity to hazardous areas increases). This provides proactive safety protection, effectively preventing accidental tissue damage.

Microforce sensors integrated at the robotic instrument tip measure the force between the instrument and tissue. Upon detecting contact, the system maps the magnitude of the contact force to the intensity of vibration from the handle's vibration motor. When the instrument tip lightly touches tissue, the handle produces subtle vibrations; when pressing firmly against tissue, vibrations intensify. This partially restores “tactile feedback,” helping surgeons perform delicate procedures with greater precision—such as tissue dissection or suture knotting—by enabling finer force control.

The vibration motor can simulate different textures. As the instrument scans across varied areas, the physician perceives distinct vibration patterns through the handle, aiding in tissue characterization. Though still in the research phase, this technology holds significant potential.

Vibration motors are also the preferred choice for tactile feedback systems in modern endoscopic robotic surgery, particularly suited for scenarios requiring high-frequency, precise vibration cues.

Features:

Type: Vibration motors, high-response vibration motors, miniature vibration actuators, vibration voice coil motors

Flexible vibration voice coil motor, short response time, high vibration frequency, good consistency and stability.
Precision linear control: sub-micron resolution, suitable for high-precision vision positioning.
Total storke:3mm

Product Parameters:

Applications:

Vibration motors, as devices that convert electrical energy into mechanical vibration, find applications across multiple critical sectors including industrial, consumer electronics, medical, and automotive fields.
Traditionally and fundamentally, vibration motors are primarily used for material handling and screening.
1. Vibratory Feeding and Conveying
Applications: In food, chemical, pharmaceutical, and packaging industries, vibratory motors uniformly and directionally transport granular or powdered materials from storage bins to subsequent processes.
Motor Type: High-power vibrators, typically adjusting excitation force by modifying eccentric weights.
2. Vibratory Screening and Sorting
Applications: In mining, metallurgy, building materials, and grain processing industries, vibrating screens efficiently separate, sift, and grade materials of varying sizes and densities.
Motor Type: Multiple heavy-duty vibrating motors operating synchronously, mounted on both sides or the bottom of screening equipment.
3. Vibratory Compaction and Consolidation
Applications: In construction engineering, used for compacting soil and asphalt pavement; In foundries, vibrating sand boxes to achieve uniform and dense distribution of molding sand.
Motor Type: High-frequency, high-amplitude motors specifically designed for plate compactors and vibratory rods.
4. Equipment Self-Cleaning
Applications: Materials adhering to silo or hopper walls are prone to bridging and sticking. Installing vibrating motors enables periodic vibration to prevent material buildup and ensure smooth flow.

Suzhou Unite Precision Machinery Technology Co., Ltd.(Supt Motion) is a high-tech enterprise specializing in the design, manufacturing, and sales of voice coil actuator, linear motors, and precision linear motion platforms. The company produces high-quality and high-performance voice coil actuator, linear motors, and precision linear motion platforms using domestic and foreign front-end technology and testing methods, which can provide precise direct drive control solutions and customized products for domestic and foreign customers.

The company has an experienced technical team in the industry with over 13 years of experience in precision linear motion design, and its products have obtained over 30 patent technology certifications. We can develop high-performance and high-quality products that meet customer requirements based on their actual needs.

The company implements advanced front-end design and process standards both domestically and internationally, has a complete and effective quality assurance system, and strictly implements the ISO 9001 quality management system for standardized production. The testing equipment is complete, and it can conduct comprehensive testing of product performance, effectively ensuring product quality. The company has multiple certifications such as iso9001, CE, and ROHS.

Our tenet: High quality is our pursuit, and customer satisfaction is our commitment.

We will continue to improve in technology Strive for perfection in the quality, We will ensure that our high quality and inexpensive products are satisfied ,Make it has stronger competitiveness.

The company has successfully served over 2000+ domestic and foreign customers, winning market reputation with export quality and Perfect service. We provide high-quality voice coil actuators, linear motors, and precision linear motion platform series products for numerous brand enterprises, widely used in intelligent equipment fields such as semiconductors, optical systems, biomedicine, vibration control, valve control, precision machining, 3C, new energy batteries, automotive electronics, packaging, printing, aerospace, image processing automation, etc.