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Customized Material Conveying Systems Powered by Voice Coil Motor Vibrating Feeders
| Place of Origin | Jiangsu, China |
|---|---|
| Brand Name | SUPT MOTION |
| Certification | ISO9001-2000 |
| Model Number | VCAZ0010-0020-00A |
| Minimum Order Quantity | 1 Piece |
| Price | USD 60-200 / Piece |
| Packaging Details | Export-grade carton with anti-static foam protection |
| Delivery Time | 3-5 working days for samples, 15-25 days for bulk |
| Payment Terms | T/T |
| Supply Ability | To be negotiated |
Product Details
| Peak Torque | 4.2 N-m | Motor Type | Vibrating Voice Coil Motor |
|---|---|---|---|
| Back EMF Constant | 2.7 V/m/s | Max Voltage | 14.8 V |
| Coil Weight | 13g | Service Life | 10,000 Hours |
| Total Stroke | 1.5mm | Continuous Torque At 25 C | 2.2 N-m |
| Material | Aluminum Alloy | Product Model | VCAZ0010-0020-00A |
Product Description
Product Overview
The SUPT MOTION Flexible Vibration Voice Coil Motor (VCAZ Series) is the core power unit specifically designed for flexible vibrating feeders.
Manufactured in large quantities using high-strength, high-stability materials, the springs and motors undergo 100% measurement and testing to ensure product stability and consistency.
Through high-frequency linear motion in both vertical directions, the voice coil motor drives workpieces to move in multiple directions within the feeder tray, enabling smooth material conveyance and orientation.
Compared to traditional electromagnetic vibratory feeders, the voice coil motor drive solution offers the following advantages: programmable adjustment of frequency and amplitude, allowing adaptation to different materials without replacing mechanical components; millisecond-level start-stop response, enabling precise control of individual parts; and smooth motion without mechanical impact, making it gentler on fragile materials. Flexible vibration voice coil motors are widely used in automated assembly lines across industries such as electronic components, precision hardware, and medical consumables.
Product Advantages
Programmable Parameters: Frequency, amplitude, and waveform are adjustable in real time
Fast Response: Millisecond-level start/stop for precise material control
Smooth Motion: Shock-free operation protects vulnerable components
Multi-Directional Feeding: Enables omnidirectional conveying when combined with multi-axis systems
100% Full Inspection: 100% testing of springs and motors
Vibrating bowl voice coil motors, flexible vibrating feeders, material handling motors, high-frequency vibrating actuators, flexible vibrating bowl drives
Specifications
| Parameter | Typical Value |
| Thrust Range | Custom |
| Stroke Range | Custom |
| Operating Voltage | 14.8V DC |
| Response Frequency | Adjustable |
| Amplitude Adjustment | Program-controlled |
| Service Life | ≥100 million cycles |
| Model Number | VCAZ0010-0020-00A | |||
| Coil parameters | Tolerance | Symbol | Value | Unit |
| DCR | ±10% | R | 9.5 | Ω |
| Peak Voltage | standard value | Vp | 14.8 | V |
| Maximum current | standard value | Ip | 1.6 | A |
| Force constant | ±7.5% | KF | 2.7 | N/A |
| Back EMF constant | standard value | KD | 2.7 | V/M/Sec |
| Inductance | ±30% | L | 0.37 | mH |
| Actuator paramters | Symbol | Value | Unit | |
| Peak force | Fp | 4.2 | N | |
| Continuous stall force | Fc | 2.2 | N | |
| Actuator coonstant | Ka | 0.87 | N//W | |
| Electrical time constant | Te | 0.04 | milli-sec | |
| Pmax | Pp | 24 | W | |
| Stroke | S | 1.5 | mm | |
| Clearance of each side of coil | CL | 0.8 | mm | |
| Thermal resistance | Oth | 20 | ℃/W | |
| Maximum coi temp allowed | Tmax | 150 | ℃ | |
| Weight of coil | WTc | 13 | g | |
| Weight of magnet steel | WTE | 56 | g | |
| Weight of Actuator | WTa | 69 | g | |
Application
Flexible Vibration Feeding for Electronic Components
Orientation Sorting of Precision Metal Parts
Automated Assembly and Feeding of Medical Consumables
Multi-Directional Feeding of Irregularly Shaped Parts
Conveyor Systems for Small-Batch, High-Variety Materials
Customization Information:
This product supports customization of thrust, stroke, and amplitude parameters to accommodate different materials and feeding speed requirement
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