VCAZ0010 Thin Sheet Flexible Vibrating Feeder Voice Coil Motor Fast Response

The VCAZ0010-0020-00A thin sheet flexible vibrating feeder voice coil motor is designed to end the stacking and lamination problems that plague conventional vibratory bowls when feeding thin-sheet and 0.1 mm microelectronic components. Traditional feeders push parts with a rigid, spring-driven motion that stacks flat parts on top of one another; this direct-drive voice coil actuator instead disperses them with a fast, controlled, multi direction vibration. With a 1.5 mm stroke, a 4.2 N peak force and a compact 69 g body, it delivers fast response motion that lifts and separates thin parts gently, so every piece arrives at the pick point as a single, well-oriented component.

Thin flat parts such as microelectronic substrates, shielding covers, contacts and tiny stamped plates tend to overlap, stick together and jam traditional feeders, causing double-feed and line stoppages. The VCAZ0010 addresses this with a flexible feeding mechanism whose amplitude and frequency are precisely controllable, so the vibration can be tuned to just lift one layer without launching the parts. Fast response direct drive keeps the feeding rhythm crisp and repeatable, while the short stroke reduces bounce and part scatter. An integrated adjustable backlight supports a vision camera that confirms separation before a robot picks each part, and the brushless, dust-free construction protects sensitive microelectronic surfaces. The result is higher feeding efficiency, fewer stacked or doubled parts, and more reliable micro-part handling for precision assembly.

• Ends thin-sheet and 0.1 mm micro part stacking and lamination
• Fast response direct drive for a crisp, repeatable feed rhythm
• Precisely controllable amplitude and frequency reduce bounce
• 1.5 mm short stroke minimizes scatter of tiny flat parts
• Vision camera separation check before robot picking
• Brushless, dust-free design protects sensitive microelectronic parts

The feeder is built for micro-part lines where thin flat components must be separated before assembly, including stamped plates and small precision hardware that would otherwise jam a rigid vibratory bowl.

• 0.1 mm microelectronic component feeding
• Thin-sheet and flat stamped part orientation
• Contact and shield cover feeding for electronics
• Vision-guided micro-assembly pick stations
• Small precision hardware sorting

SUPT MOTION helps customers select the right stroke, force and tray material for their thin parts, and supplies matched drive electronics with ready-to-use parameters. Samples support line qualification, application engineers assist with vision and feed tuning, and every actuator is tested before dispatch with a standard warranty. Motors are packed in anti-static shockproof foam and export-grade cartons, with samples usually available in 3-5 days.

Q1: How does it stop thin parts from stacking?
Multi direction controlled vibration disperses flat parts instead of pushing them with rigid collisions, so layers separate before picking.

Q2: Can it handle 0.1 mm components?
Yes. The 1.5 mm stroke and precisely controllable amplitude are ideal for 0.1 mm microelectronic parts.

Q3: What is the peak force?
The VCAZ0010-0020-00A delivers a 4.2 N peak force and 2.2 N continuous stall force.

Q4: Does it need a vision system?
A vision camera is recommended so the system can confirm separation and orientation before a robot picks the part.

Q5: Is the operating voltage low?
Yes. The rated peak voltage at peak force is 14.8 V with a 1.6 A peak current.