VCAZ0010 Vision Guided Flexible Vibrating Feeder Voice Coil Motor High Precision

Product Overview

The flexible feeding mechanism of voice coil motor solves the feeding problem that cannot

This motor is made of materials with high strength and good stability. Short response time, high vibration frequency, good consistency and stability. With special drive control technology, parts can move forward and backward, turn over, disperse and converge.
The feeding mechanism is integrated with adjustable backlight, which can complete vibration feeding, automatic control by visual system, and automatic control by machine picking system.

The VCAZ0010-0020-00A vision guided flexible vibrating feeder voice coil motor provides the controlled, direct-drive vibration behind modern robot pick cells. When a vision camera photographs parts on a flexible tray, the robot needs them to be separated, flat and stable so it can compute a reliable grasp. This compact actuator delivers the fast response, high acceleration motion that spreads parts evenly across the tray, and its precisely controllable amplitude and frequency keep them still at the moment of capture. With a 4.2 N peak force, a 1.5 mm stroke and a light 69 g body, it fits neatly under flexible trays in robot feeding stations.

Solution

Vision-guided robot cells live or die by image quality, and blurred or overlapping parts break the pick cycle. The VCAZ0010 keeps the feeding surface under tight control: the drive electronics set a program that disperses parts fast, then holds them steady so the camera captures a clean frame for pose estimation. Because the motion is direct drive rather than a rigid collision, delicate and microelectronic parts stay undamaged, and the flexible tray material absorbs any residual motion. The actuator works with X, Y and Z voice coil axes in a flexible feeding platform, letting irregular and thin parts rotate and flip into a pickable orientation. Combining high acceleration with precise amplitude and frequency control, it turns a jumbled tray of parts into an orderly field the robot can pick from quickly.

Key Features

• Delivers clean, separated parts for reliable vision capture
• Fast response and high acceleration spread parts quickly
• Precisely controllable amplitude keeps parts still for imaging
• Direct-drive motion avoids rigid collisions and part damage
• Compact 69 g size fits under flexible feeding trays
• Works with X, Y and Z axes in a robot pick cell

Specifications

Application

The actuator is ideal for automated cells where a camera sees the parts and a robot picks them.

• Vision-guided robot pick and place cells
• Flexible feeding platforms for micro parts
• Electronics and connector automated assembly
• Irregular and thin part orientation for picking
• Laboratory and medical device micro-assembly

Customization and Support

SUPT MOTION supports vision and robotics integrators with matched drive electronics, feed program templates and application tuning for specific parts. Samples enable offline robot cell validation, engineers assist with camera and feeder synchronisation, and all units are tested before shipment with a standard warranty. Products ship in anti-static shockproof foam and export-grade cartons, with samples ready in 3-5 days and stock delivered in 5-7 days.

FAQ

Q1: How does this actuator help a vision robot cell?
It spreads parts evenly and then holds them steady so the camera captures clean images for reliable pose estimation.

Q2: Can it orient irregular parts for picking?
Yes. Combined with X, Y and Z axes, the controlled vibration rotates and flips parts into a pickable orientation.

Q3: What is the stroke and force?
The VCAZ0010-0020-00A has a 1.5 mm total stroke and a 4.2 N peak force.

Q4: Will it damage delicate parts?
No. Direct-drive motion avoids rigid collisions, and the flexible tray material protects delicate and microelectronic parts.

Q5: Is custom tuning available?
Yes. Amplitude, frequency and stroke can be customized, and matched drive electronics are available.