- Ceramic, plastic, steel, porcelain, and natural media options.
- Grade and geometry selected for the required operation.
- Review new and worn media for contact and lodging risks.
- Sample processing to establish loading, finish, and separation.
Vibratory Tumbler Media
Compare media for vibratory deburring, edge refinement, smoothing, cleaning, and burnishing. Select material, cutting grade, geometry, compound, and load around the part and required finish.
Related Equipment and Media Resources
Porcelain media is listed for selected cleaning and burnishing processes. Confirm grade, geometry, and the required prepared surface.
3P random-shape microcrystalline media is listed for selected finishing tasks. Confirm composition, size distribution, and cutting performance for the application.
High-density media is listed for specified surface-finishing processes. Density alone does not establish cutting rate, gloss, or a superfinishing result.
Zirconia balls are listed for selected polishing or burnishing tasks. Check stock removal, media wear, and the requirements of precious-metal components.
Steel media is listed for burnishing suitable parts. Check load rating, media grade, and the actual process for aluminum or Zamak castings.
Resin-bonded plastic abrasive media is listed for controlled cutting and smoothing. Establish suitability for the alloy, polymer, and next finishing operation.
Natural media includes corn cob, walnut shell, and wood-based options. Confirm the grade and intended dry finishing or drying process.
Media Cutting Grades
VFC is listed as a very-fast-cutting ceramic grade. Evaluate its cutting action, wear, surface texture, and permitted stock removal.
FC is listed as a fast-cutting ceramic grade for suitable burr and rust removal. Establish the process on representative parts.
GC is listed as a general-cutting ceramic grade. Confirm the required cutting action and resulting matte surface.
MC is listed as a medium-cutting ceramic grade. Evaluate the balance between surface texture, stock removal, and wear.
Light-cutting ceramic media is listed for controlled material removal. Check the selected grade against the target edges and surface.
Ceramic polishing media is listed for suitable zinc, brass, copper, or aluminum applications. Confirm formulation and the prepared surface.
Fast-cutting plastic media is listed for suitable burr removal. Confirm cutting rate and dimensional change for the proposed machine.
Medium-cutting plastic media is listed for general smoothing. Agree on the required surface texture with the subsequent coating or finishing process.
Light-cutting plastic media is listed for controlled smoothing, including suitable titanium or stainless steel parts. Specify and verify the surface measurement.
Ultra-fine-cutting plastic media is listed for fine surface finishing. Medical and aerospace components require their own drawing, cleanliness, and acceptance requirements.
Z1 zirconium plastic media is listed for selected cutting and preplating tasks. Confirm the supplied formulation and performance through trials.
Stainless steel balls are listed for cleaning or burnishing suitable surfaces. They are not a substitute for the cutting stage needed to remove substantial burrs.
Finishing Equipment for the Selected Media
Select the mass finishing equipment together with the media and compound. Confirm the working load, circulation, process controls, separation, cleaning, and required output with representative parts.
- Share the part material, geometry, starting surface, and target finish.
- Review the media grade, shape, dimensions, and compatible compound.
- Evaluate stock removal, marks, lodging, and separation on sample parts.
- Request a quotation for the selected grade, quantity, and delivery destination.
Related Equipment and Media Resources
See Centrifugal barrel finishing machine, Vibratory finishing machine.
- Factory
- Before & After
Inovatec manufactures mass finishing media and reviews media selection for the proposed application. Request the specification and sample-process information for the exact product you intend to order.
The original listed minimum is 500 kg or a separately quoted 1,000 lb order. Confirm the exact grade, size, shape, order weight, and current quotation. The metric and imperial order weights are separate listed options, not exact conversions.
Media is listed in double-layer PP woven bags of 25 kg or 50 lb, with 40 bags per pallet. These are separate packing options, not equal weights. Confirm the pallet weight and dimensions for the selected pack.
The original standard terms are a 30% advance payment and the balance before shipment. Confirm the agreed terms and inspection arrangements in the quotation. Other originally listed options include T/T, a sight L/C, PayPal, and Western Union; confirm their availability for the order.
The original listing describes courier shipment for samples and sea freight for production quantities. Confirm the carrier, delivery destination, freight, handling, and schedule in the quotation. Shanghai and Ningbo are listed export ports; confirm the intended Yiwu logistics route where applicable.
Choose Media by the Job It Must Perform
Vibratory finishing media works with the machine movement, parts, and process chemistry to produce the required surface treatment. Abrasive grades remove material; burnishing media provides a different contact action; selected natural media is used for dry finishing or drying. Not every media grade performs every operation.
Compare the Listed Media Families
This page lists porcelain, ceramic, plastic, steel, high-density, zirconia, microcrystalline, and natural media options. Confirm the actual composition, cutting grade, size, and shape of the selected product. Plastic abrasive media contains a resin bonding system and abrasive; the word plastic does not mean it has no cutting action.
Review Shape, Loading, and Process Control
Choose geometry around access to the required surfaces and the ability to separate media from the workpiece. Evaluate new and worn media, thin walls, threaded features, and part-to-part contact. Confirm machine load limits and media circulation. Establish compound, water flow where applicable, time, and inspection from representative trials.
Request a Media and Process Recommendation
Send drawings or photographs, material, dimensions, starting surface, burr or defect condition, target finish, dimensional limits, machine details, and required quantity. Inovatec can review the media, compound, sample-processing requirements, and quotation.
Selection and Process Questions
- 1. What is vibratory finishing media?
- 2. How should I compare media cost?
- 3. Which media can be evaluated for aluminum?
- 4. Which media can be evaluated for rust removal?
- 5. What matters when finishing bolts and nuts?
- 6. Which options are listed for stainless steel?
- 7. Which media can be evaluated for plastic parts?
- 8. Can the same guidance be used for rocks?
- 9. Which selection factors are most important?
- 10. When should media be replaced?
1. What is vibratory finishing media?
It is the selected processing material used with parts in compatible vibratory equipment. Depending on the grade, it supports cutting, cleaning, burnishing, or another defined finishing task.
2. How should I compare media cost?
Include formulation, dimensions, required quantity, wear, compound, water, cleaning, separation, and acceptable output. Request a quote for the complete intended application.
3. Which media can be evaluated for aluminum?
Plastic abrasive grades are candidates for controlled cutting; selected ceramic or burnishing options may also be assessed. Confirm the alloy, dimensional limits, marks, and complete process on samples.
4. Which media can be evaluated for rust removal?
Selected ceramic cutting grades are listed candidates for accessible surface rust. Review corrosion depth, stock removal, surface texture, and protection after processing.
5. What matters when finishing bolts and nuts?
Identify the material, thread requirements, burrs, coating, and permissible dimensional change. Evaluate media lodging and inspect thread form and fit after processing.
6. Which options are listed for stainless steel?
Selected ceramic cutting, plastic smoothing, and porcelain or steel burnishing grades can be reviewed. Control contamination and verify roughness, dimensions, and cleanliness.
7. Which media can be evaluated for plastic parts?
Ceramic, resin-bonded abrasive, porcelain, and natural options need polymer-specific trials. Include resin, fillers, geometry, chemical compatibility, and the required surface.
8. Can the same guidance be used for rocks?
Rock finishing is a separate application needing stone-specific abrasive stages and compatible equipment instructions. Do not transfer metal-finishing loading, time, or chemistry to it without confirmation.
9. Which selection factors are most important?
Specify material, defects, target finish, geometry, dimensional limits, equipment, batch quantity, and the next process. Check cutting grade, shape, size, load, chemistry, separation, and sample results together.
10. When should media be replaced?
Replace or replenish it when size distribution, condition, contamination, or performance no longer meets the validated process. Worn media can create new lodging risks; no fixed cycle count defines every grade’s life.
Related Equipment and Media Resources
See Burr, Ceramic tumbling media, Corn cob tumbling media, Plastic tumbling media, Porcelain tumbling media, Steel tumbling media, Vibratory tumbler, Walnut shell tumbling media.