Centrifugal Barrel Finishing Machine
30L
$1,200.00
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Centrifugal Barrel Finishing Machine
$1,200.00
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Centrifugal barrel finishing machines operates on the Ferris wheel principle. Usually, four barrels are mounted at the periphery of the center turret. When the tumbling machine starts, one full turn of the turret wheel results in one complete rotation of each barrel. As the central turret spins, it generates a centrifugal force on the tumbling media and workpieces inside each barrel. The centrifugal force causes the workpieces and media to rub against each other, resulting in the desired finish.
Application
- Jewelry parts Polishing
- Medical device
- Dental parts
- Aerospace engine blade
- Acrylic and rubber parts
- Metal and metal alloy parts
- Small size delicate parts
Shipping & Returns
Packaging: Wooden crate
Shipping: Sea freight, air freight, etc.
Warranty: 2 years (excluding wear-and-tear parts)
IS YOUR WORKSHOP EXPERIENCING THESE?
❌ Conventional vibratory finishing is too slow, and lead times are.
→ Backlog of orders, customers are pressing for delivery.
❌ Small precision parts are prone to dents and scratches.
→ Low yield rate, high scrap rate.
❌ Inconsistent surface quality, significant batch-to-batch variation.
→ High rework rate, damaged reputation.
❌High equipment costs; long return on investment cycle.
→ Concern that the purchase won’t be cost-effective.
If you are experiencing these problems,
The trough vibratory polisher is the solution designed for you
Key Features
One machine handles all kinds of parts, from small to large, from simple to complex
±1% Batch Consistency
Eliminates operator-dependent inconsistencies. Digital control delivers ±1% surface uniformity across every batch.
- Each cycle follows the same programmed parameters — speed, time, pressure — removing human error.
- Identical quality batch after batch, ensuring predictable production schedules and customer satisfaction.
Low-Damage Precision Processing
- Equipped with four removable drums, each with its own independent working chamber.
- Designed for fragile parts — aerospace blades, medical implants, and jewelry components.
- Controlled centrifugal force minimizes part-to-part impact while maximizing media contact.
- Divider polishing slot reduces damage by up to 95% vs. traditional tumbling.
Removable barrel
- Suitable for multi-batch different parts finishing
- Suitable for pearl and jewelry parts
- Suitable for dental and medical parts
30L-600L Capacity Range
- Handles parts from 5mm jewelry findings to 200mm gears — one machine covers your full range.
- Four fixed barrels per machine ensure balanced loading. Turntable design allows easy capacity adjustments.
- From 30L to 600L — fit any workshop layout, from small job shops to high-volume lines, maximizing ROI per square meter.
Optional accessories
Customizable number of compartments
- Suitable for machining multiple batches of different parts
- Prevents parts from colliding and damaging each other
- Suitable for polishing precious metals and soft metals
Variable-Frequency Control
- Adjustable speed control
- Forward and backward tumbling
- Optional All-English Control Panel
Application Examples
Product Specifications
How sample testing working
Let the Results Speak Before You Buy
✓ Eliminate guessing about machine fit
✓ Get optimal parameters for free
✓ Zero risk - you only pay for shipping
Why choose us
Delivery Services
We collaborate with reliable logistics partners to provide efficient logistics and delivery services.
After Sales Service
We offer a one-year warranty, online installation guidance, and online surface treatment solutions.
Quality Control
With over 20 years of expertise in polishing machinery, we guarantee quality and reliability.
Frequently asked questions
What is a centrifugal barrel finishing machines ?
Centrifugal barrel finishing machines operates on the Ferris wheel principle. Usually, four barrels are mounted at the periphery of the center turret. When the tumbling machine starts, one full turn of the turret wheel results in one complete rotation of each barrel. As the central turret spins, it generates a centrifugal force on the tumbling media and workpieces inside each barrel. The centrifugal force causes the workpieces and media to rub against each other, resulting in the desired finish.
What types of parts are best suited for Centrifugal barrel finishing machines?
Ideal for small to medium-sized parts that require high precision and repeatable surface quality, especially components made from:
Stainless steel, aluminum, titanium, brass, and copper
Medical implants and instruments
Aerospace components and fasteners
Jewelry and watch parts
3D-printed or CNC-machined prototypes
Delicate parts with fine features or tight tolerances are ideal for centrifugal finishing. This process combines high energy with controlled, low part-on-part contact, which helps protect critical surfaces while still achieving fast deburring and a refined finish.
What are the main advantages of using a centrifugal barrel finishing system over other finishing methods?
High-energy action shortens cycles and boosts throughput.
Superior finishes — satin to mirror — with minimal part-on-part damage.
Adjustable speed, media, and compounds for varied targets. Compact design fits tight spaces.
What types of polishing operations does a centrifugal barrel finishing？
- Deburring – removing sharp edges and burrs
- Descaling – stripping heat-treat scale, oxidation, or rust
- Edge radiusing – rounding corners and edges to a controlled radius
- Surface smoothing – producing a uniform satin or matte finish
- Polishing – achieving bright finishes up to a mirror-like shine
The final result depends on the media shape/material, compound selection, and process parameters used in each barrel.
Can the machine process parts with complex geometries?
It is also ideal for parts with holes and recesses. The parts are also less likely to impact each other, making it suitable for polishing high-value surgical components, turbine blades, and 3D printed parts.
How often should the media be replaced?
The service life of the media depends on the frequency of use and the materials being processed. Ceramic media typically last 500–1,000 hours. We recommend inspecting metal parts for wear every 200 hours. We offer a variety of media, such as ceramic, resin, and stainless steel, and can recommend the best option based on your specific application.
