MCV180 Multi Channel Continuous Feed Vibratory Systems
| Brand Name: | Mass Polishing |
| Business Type: | Manufacturer |
| Place of Origin: | Zhejiang, China |
| Certificates: | CE |
| Applicable Industry: | Home Use, Manufacturing Plant |
| Model Number: | MCV Series |
| Power Supply: | Customized |
| Packing Details: | Fumigated Wooden Case |
| After-sales Service: | Video Technical Support, Spare Parts Support |
| Payment Method: | T/T |
| Delivery Time: | 7 Days (Have in Stock) |
| 15-25 Days (Out of Stock) |
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A Versatile and Efficient Finishing Solution — Multi Channel Continuous Feed Vibratory Systems
Multi-Channel Continuous Feed Vibratory Systems are automated mass finishing systems designed to provide versatile and efficient finishing on a wide range of parts and components. The system features multiple channels that feed parts into a vibratory bowl, where they are finished with abrasive media and polishing compounds.
The vibratory motion of the bowl creates a force that drives the media against the parts, removing burrs, sharp edges, and other surface imperfections. The continuous feed system ensures a steady flow of parts, resulting in high throughput and efficiency.
Multi-Channel Continuous Feed Vibratory Systems are ideal for manufacturers who require versatile finishing solutions for a variety of parts and components. The system can handle large volumes of parts, and the multi-channel design allows for the finishing of different parts simultaneously, making it an efficient and cost-effective solution. The system can be customized with various media types, making it suitable for finishing parts made of different materials.
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Technical Data
Model
Motor (kW)
Motor Speed (RPM)
Machine Size (mm/inch)
Process Time (adjustable)
Process Vessel Width & Average Depth (mm/inch)
Lining
Lining thickness (mm/inch)
Voltage
MCV180
7.5
1440
34540*2500*1860 / 178.7*98.4*73.2
4 – 12 Minutes
180*300 / 7.1*11.8
PU lining
20-25 / 0.8*1.0
220V-440V
3 Phase
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Mass Polishing OEM Mass Finishing Systems:
- > Linear Continuous Flow Vibrator
- > Automatic Turbo Centrifugal Disk Finishers
- > Turbo Grinding & Cleaning & Drying Production Line
- > Mass Finishing & Washing & Heating Auto Line
- > Multi-Channel Continuous Feed Vibratory Systems
Manufacturing processes
The journey begins with the creative minds at Mass Polishing conceptualizing and refining the mechanical design of their mass-finishing machines. Through years of expertise and industry knowledge, their engineers meticulously craft designs that optimize functionality, durability, and efficiency.
Once the mechanical design is finalized, Mass Polishing’s team of skilled CAD designers transforms the concept into precise and detailed 3D computer-aided design (CAD) drawings. These drawings serve as the blueprint for every component, ensuring accurate manufacturing and assembly processes.
With the CAD drawings in hand, the manufacturing process shifts gears to Mass Polishing’s state-of-the-art CNC (Computer Numerical Control) machining center. This cutting-edge technology enables the precise fabrication of intricate parts and components with unparalleled accuracy, consistency, and repeatability.
Mass Polishing harnesses the power of laser cutting to shape and refine various metal components. By utilizing high-powered lasers, they achieve clean and precise cuts, resulting in components that seamlessly integrate into the overall machine structure.
To enhance the performance and durability of their machines, Mass Polishing employs polyurethane (PU) casting techniques. This process involves pouring liquid PU material into molds, which, when cured, form robust and wear-resistant parts. The PU casting method ensures optimal noise reduction, extended machine lifespan, and superior finishing results. An integral aspect of every mass finishing machine, the electric control box is meticulously assembled and wired by Mass Polishing’s skilled technicians. The control box houses advanced electronic components, allowing for precise control and customization of the machine’s parameters, such as speed, time, and intensity. Contact us here for more information and a free quote!