- For Large and Heavy Component Finishing — Rotary Wheel Polishing MachinesRotary Wheel Polishing Machines are a type of finishing machine that is used to deburr, edge radius, surface grind, and polish large and heavy components in the automotive and aerospace industries, as well as for special industrial finishing applications. By combining the motions, Rotary Wheel Polishing Machines are able to produce optimal finishing results. To ensure homogeneous mixing of the processing media, a vibratory motor is mounted to the work bowl. This motor also helps to discharge undersized media and facilitate the immersion of the workpiece into the mix of processing media. Rotary Wheel Polishing Machines can be customized with various options.“I don’t know how to choose the Rotary Wheel Polishing Machine and Vibratory Finishing Media.”Contact us here for more information and a free quote!
- Features> designed to handle large and heavy components> Automation>Used for a variety of finishing applications> can be customized with various options
- Technical Data
Model RW 700 Machine L*W*H (mm/inch) 1420*980*2300 / 55.9*38.6*90.6 Chamber Diameter (mm/inch) 700 / 27.6 Chamber Depth (mm/inch) 450 / 17.7 Media Capacity (kgs/lbs) 200 / 440.9 Rotary Motor Power (kW) 1.1 Vibration Power (kW) 0.75*2 Wheel Size (inch) 12″ – 25″ Machine Weight (kgs/lbs) 550 / 1212.5 - Options


>Consumables


>VFD


>Control panels
Multi-faceted manufacturing processes






The journey begins with the creative minds at Mass Polishing conceptualizing and refining the mechanical design of their rotary wheel polishing 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 rotary wheel polishing 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 vibration intensity of the finishing bowl. Contact us here for more information and a free quote!








mass polishing
RW1300 Rotary Wheel Polishing Machine
The vibratory wheel polishing machine is great for grinding, smoothing and high
gloss polishing processes. Mass Polishing manufactures this wheel polishing
systems to reach high standards but economic solutions you are looking for. In
addition, it is also named a multi-vibration finisher. If you need to deal with
complex shaped products, it can help you complete uniform finishing.
basic operation & features
Wheel Polishing Machine Basic Operation
The rotary wheel polishing machine (CEO series) works by rotating wheels and rims inside the polishing chamber with abrasive media and compounds. The controlled rotary motion ensures smooth friction, delivering effective deburring, surface smoothing, and high-gloss finishing for both forged and cast wheels.
With precise speed control and consistent rotary movement, this wheel polishing machine improves process efficiency, reduces labor costs, and ensures uniform finishing quality on alloy wheels, aluminum rims, and other automotive components, making it a reliable solution for mass production.
With precise speed control and consistent rotary movement, this wheel polishing machine improves process efficiency, reduces labor costs, and ensures uniform finishing quality on alloy wheels, aluminum rims, and other automotive components, making it a reliable solution for mass production.
1. High Performance Motors
The wheel polishing machine is equipped with high-performance motors that deliver stable power output and consistent vibration strength. This ensures smooth operation during the entire polishing cycle, allowing for efficient deburring, surface smoothing, and high-gloss finishing. The durable motor design guarantees long service life and reduced maintenance costs.
2. Greatly for 24hrs Operation
Built for durability, the multi-vibration wheel polisher is designed to support 24-hour continuous operation. Its robust structure and reliable drive system make it suitable for large-scale production environments where consistent polishing results are required. This feature helps manufacturers maximize productivity while maintaining high-quality finishing standards.
3. Uniform Finishing Reach High Gloss Polishing
Through its multi-directional vibration technology, the machine achieves uniform finishing on every surface of the wheel. This even processing action allows for precise rust removal, edge smoothing, and mirror-like polishing, resulting in wheels with a flawless, reflective shine that meets both functional and aesthetic requirements.
4. Both Forged and Casted Wheels Can Be Processed
The wheel polishing machine (multi-vibration series) is versatile enough to handle both forged wheels and casted wheels. Its adaptable finishing process ensures that each type of wheel receives the appropriate treatment, whether for heavy-duty strength or decorative appearance. This makes it a valuable solution for automotive workshops and wheel manufacturers alike.
5. Suitable Wheel Size from 14” to 32” for All Sorts of Wheels
With flexible capacity, the wheel polisher accommodates wheel sizes ranging from 14 inches to 32 inches. This wide compatibility covers passenger car wheels, SUV wheels, truck wheels, and custom performance rims. As a result, it is an all-in-one solution for various wheel polishing and restoration needs across different industries.
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Technical Specifications
| Model | Chamber Diameter (mm/inch) | Rotary Motor Power (kw) | Rotary Speed (rpm) | Machine Size L x W x H (mm/inch) | Weight (kg) | Wheels Range (inch) |
|---|---|---|---|---|---|---|
| RW 1300 | 1300 / 51 | 1.5 | 0~30 | 2150x1500x2000 / 85x59x79 | 400 | 14~24 |
| RW 1500 | 1500 / 59 | 2.0 | 0~50 | 1600x1800x2200 / 71x67x83 | 500 | 14~32 |
Standard & Optional
Model Options
Related products
You can always find suitable Consumables





