The Vibratory Mill Selection Guide for Advanced Industries

Find the Vibratory Mill
That Scales with Your Process From Lab Validation
to Full Production Line

Mill design and media selection can produce very different particle size distributions,
even with the same material.
This site independently reviews industrial vibratory mill manufacturers screened from the top 100* Google results for "vibratory mill" and "vibration mill," — covering only those that offer both production-scale units and lab-scale test models.

*Based on search results surveyed on January 20, 2026.

3 Recommended Vibratory Mills
by Grinding Goal

Even with the same material, the right vibratory mill depends on what you need to achieve: fine grinding hard materials at high purity, making the particle size distribution uniform from the grinding stage, or recycling hard-to-process waste. Below are three manufacturers, each matched to a different grinding goal.


For High-Purity Fine Grinding
of Hard Materials

Model CD Vibration Mill
CHUO KAKOHKI

CHUO KAKOHKI Model CD Vibration Mill
Source: CHUO KAKOHKI official website (https://chuokakohki.com/products/mills)
Grinding Capabilities

Its proprietary low-frequency, high-amplitude design generates high-G impact force, reducing difficult-to-grind materials such as SiC to submicron sizes in a short time. Material-contact parts can be made metal-free, supporting mass production of high-purity electronic materials.

Maintenance

When bearing replacement is required, the vibrator unit can be swapped with a spare, allowing operation to resume quickly with minimal downtime.

Pot Volume
17.2–803.2 gal (65–3,040 L)
Media
Steel, stainless steel, alumina, nylon
Lining
Steel, stainless steel, alumina, zirconia, rubber (polyurethane, NBR), nylon
Process Type
Dry / Wet
Operation Mode
Continuous
Laboratory
Test Model
Available
Show More
View Specifications on
CHUO KAKOHKI's
Official Website
Contact CHUO KAKOHKI
via the Official Website

For Uniform Particle Size
Distribution from the Grinding Stage

Vibro-Energy Grinding Mill
SWECO

SWECO Vibro-Energy Grinding Mill
Source:SWECO official website https://sweco.com/separation/grinding-mill.php
Grinding Capabilities

SWECO's proprietary Vibro-Energy motion densely packs cylindrical media to maximize contact between media surfaces. This makes it easier to precisely control particle size and distribution, so particle size can be made uniform at the grinding stage.

Maintenance Support

Few moving parts help keep maintenance costs low, and abrasion-resistant linings can be replaced. SWECO also supplies grinding mill parts and accessories, including media and linings, to support ongoing maintenance.

Pot Volume
High-amplitude: 9.5–510.9 gal (36–1,934 L); low-amplitude: 0.7–845.4 gal (2.7–3,200 L)
Media
Cylindrical grinding media; media available from SWECO
Lining
Abrasion-resistant metal, ceramic, or elastomer
Process Type
High-amplitude: Dry / Wet; low-amplitude: Wet
Operation Mode
Not specified on the official website
Laboratory
Test Model
Grinding pots available for smaller lab-size units
Show More
View Specifications on
SWECO's Official Website
Contact SWECO
via the Official Website

For Recycling
Hard-to-Process Waste

Eccentric Vibrating Mill
SIEBTECHNIK TEMA

SIEBTECHNIK TEMA Eccentric Vibrating Mill
Source: SIEBTECHNIK TEMA official website (https://www.siebtechnik-tema.com/unit_operation/eccentric-vibrating-mills/)
Grinding Capabilities

Its eccentric design positions the exciter away from the center of gravity, generating strong impact forces and frictional heat. It can recycle scrap such as cemented-carbide drills and process asbestos into fiber-free raw material.

Maintenance

For easier maintenance, the main drive components are located outside the grinding cylinder, reducing the work required for inspections and parts replacement.

Pot Volume
2.9–502.5 gal (11–1,902 L)
Media
Steel, cemented carbide, ceramic, and more
Lining
Special steel, ceramic, rubberized
Process Type
Not specified on the official website
Operation Mode
Continuous / Batch / Automated Batch
Laboratory
Test Model
Available
Show More
View Specifications on
SIEBTECHNIK TEMA's
Official Website
Contact
SIEBTECHNIK TEMA
via the Official Website
*Source: SWECO Official Website (https://sweco.com/separation/grinding-mill.php)
*Source: SWECO Official Website [PDF] (https://sweco.com/addinfo/Grinding-Mills.pdf)
*Source: SIEBTECHNIK TEMA Official Website (https://www.siebtechnik-tema.com/unit_operation/eccentric-vibrating-mills/)
*Source: SIEBTECHNIK TEMA Official Website [PDF] (https://www.siebtechnik-tema.com/wp-content/uploads/2023/03/wb238e_Exzenterschwing_2025-1.pdf)

Product Features
for 3 Recommended
Vibratory Mills
by Grinding Goal

For High-Purity Fine Grinding
of Hard Materials

Model CD Vibration Mill

CHUO KAKOHKI

CHUO KAKOHKI
Source: CHUO KAKOHKI Official Website (https://chuokakohki.com/products/mills)
Dimensions
88.6 × 102.4 × 249.2 in (2,250 × 2,600 × 6,330 mm) *For the largest model
Weight
24,691 lb (11,200 kg) *For the largest model
Pot Volume
803.2 gal (3,040 L) *For the largest model
Media
Steel, stainless steel, alumina, nylon
Lining
Steel, stainless steel, alumina, zirconia, rubber (polyurethane, NBR), nylon
Operation Mode
Continuous
Process Type
Dry / wet

A vibration mill for continuous mass production with an upper-and-lower two-cylinder, two-drive system. In addition to continuously fine-grinding raw materials with high efficiency, it uses a removable grinding cylinder structure to reduce maintenance labor for liner replacement and other servicing tasks.

Key Features
Fine Grinding of Hard Materials
with High Purity

CHUO KAKOHKI's low-frequency, high-amplitude vibration produces strong impacts between the grinding media and raw material. This allows difficult materials such as SiC to be reduced to submicron sizes in a short time. Media and liner materials can be selected to suit the raw material, and metal-free material-contact parts help limit metal contamination. The combination supports applications that require both fine particles and high purity, including electronic and ceramic materials.

Continuity for Production Lines

Bearing maintenance can interrupt a continuous grinding line if the vibrator has to be serviced in place. The CD model's drive unit and grinding chambers are built as detachable units, so a prepared spare vibrator section can be installed when bearing replacement is needed. Production can resume while the removed unit is maintained separately. This arrangement makes routine servicing easier to plan and helps limit the effect of maintenance on output and delivery schedules.

Grinding
Applications		 Metals and their raw materials / Ceramic raw materials / Electronic materials / Magnetic materials / Abrasives / Fillers / Pigments / Paints / Energy-related materials
Examples of
Materials Processed		 Ferrite / Barium titanate / Titanium dioxide / Manganese dioxide / Ceramics / Al powder / Iron powder / Stainless steel / Battery materials / Superalloys / Tungsten carbide / Manganese metal / Rare earth metals / Amorphous alloys / Metallic chromium / Ferromanganese / Alumina / Zirconia / Silicon nitride / Silicon carbide / Magnesia clinker
Test Machine Loan Contact for details
View Specs on
CHUO KAKOHKI's
Official Website
Contact CHUO KAKOHKI
via the Official Website
Manufacturer Strengths
Hard-Material Testing
for High-Purity Production

CHUO KAKOHKI carries out grinding tests using customers' own materials on small-scale equipment, then uses the results to examine operating conditions and scale-up to commercial machines. Its lineup includes laboratory, batch and continuous models, allowing users to compare conditions across development and production stages. For hard materials with strict purity requirements, testing can help identify suitable media and liner materials, target particle size and practical production conditions before selecting a full-scale mill.

Other Products from CHUO KAKOHKI
Model FV Vibration Mill
Model FV Vibration Mill
Source: CHUO KAKOHKI Official Website (https://chuokakohki.com/products/mills)
Dimensions
108.3 × 81.9 × 160.2 in (2,750 × 2,080 × 4,070 mm) *For the largest model
Weight
17,196 lb (7,800 kg) *For the largest model
Pot Volume
422.7 gal (1,600 L) *For the largest model
Media
Steel, stainless steel, alumina, zirconia, rubber (polyurethane, NBR), nylon
Lining
Steel, stainless steel, alumina, zirconia, rubber (polyurethane, NBR), nylon
Operation Mode
Batch
Process Type
Dry / wet

A unique structure with the drive units positioned on both sides of the machine and no protrusions inside the cylinder. Lining replacement is extremely easy, significantly reducing the maintenance burden. By installing an automatic discharge valve, it enables automatic operation from raw material input through discharge, helping reduce labor requirements.

Model FVR Vibration Mill
Model FVR Vibration Mill
Source: CHUO KAKOHKI Official Website (https://chuokakohki.com/products/mills)
Dimensions
53.1 × 35.6 × 76.8 in (1,350 × 905 × 1,950 mm) *For the largest model
Weight
772 lb (350 kg) *For the largest model
Pot Volume
25.1 gal (95 L) *For the largest model
Media
Steel, stainless steel, alumina, nylon
Lining
Steel, stainless steel, alumina, zirconia, rubber (polyurethane, NBR), nylon
Operation Mode
Batch
Process Type
Dry / wet

A batch-type model that allows automatic reversal of the grinding cylinder and raw material discharge while the grinding cylinder is vibrating. By eliminating manual scraping, it reduces discharge time and lowers the workload.

Vibration Mill for
Testing and Research
Vibration Mill for Testing and Research
Source: CHUO KAKOHKI Official Website (https://chuokakohki.com/products/mills)
Dimensions
22.8 × 20.5 × 41.7 in (580 × 520 × 1,060 mm) *For the smallest model
62.6 × 36.7 × 86.6 in (1,590 × 931 × 2,200 mm) *For the largest model
Weight
750–1,918 lb (340–870 kg)
Pot Volume
0.9 gal (3.4 L) × 2
1.7 gal (6.6 L) × 4
Media
Steel, stainless steel, alumina, nylon
Lining
Steel, stainless steel, alumina, zirconia, rubber (polyurethane, NBR), nylon
Operation Mode
Batch
Process Type
Dry / wet

A test model with a replaceable pot system for small-volume grinding of 0.26 gal (1L) or less. It supports a wide range of needs, from fine grinding of research materials and precise condition setting during development to small-scale production, helping ensure a smooth transition to mass production.

View Specs on
CHUO KAKOHKI's
Official Website
Contact CHUO KAKOHKI
via the Official Website
Company Profile
CHUO KAKOHKI Company Profile
Source: CHUO KAKOHKI Official Website (https://chuokakohki.com/)

CHUO KAKOHKI is an industrial machinery manufacturer established in 1950. It designs and manufactures vibratory mills, vibrating dryers, and distillation plants. It conducts more than 200 lab tests annually* and accumulates the resulting performance data. It supports manufacturing processes in advanced materials fields such as electronic materials and fine ceramics, where performance requirements are especially demanding.

*CHUO KAKOHKI Official Website | As of survey conducted in March 2026 (https://chuokakohki.com/lab)

Company Name
CHUO KAKOHKI CO., LTD.
Company Location
3 Nakanowari, Shinden-cho, Toyoake City,
Aichi Prefecture, 470-1112, Japan
Branches and
Distributors
Tokyo Sales Office,Vietnam Corporation
Official Website
https://chuokakohki.com/

For Uniform Particle Size
Distribution from the Grinding Stage

Vibro-Energy Grinding Mill

SWECO

SWECO Vibro-Energy Grinding Mill, DM1 model
Image: DM1 model (https://www.fine-mill-finder.com/wp/wp-content/uploads/500-grinding-mill-dm1.jpg)
Dimensions
Varies by model
Weight
Varies by model
Chamber Volume
High-amplitude models: 9.5–510.9 gal (36–1,934 L); low-amplitude models: 0.7–845.4 gal (2.7–3,200 L)
Media
Cylindrical grinding media; available from SWECO
Lining
Replaceable abrasion-resistant metal, ceramic, or elastomer
Operation Mode
Batch; continuous processing options are described in SWECO's application information
Process Type
High-amplitude models: Dry / Wet; low-amplitude models: Wet

SWECO's Vibro-Energy Grinding Mill combines three-dimensional vibration with densely packed cylindrical media. Broad media contact helps control particle size and distribution, while high-amplitude dry/wet and low-amplitude wet models let users select a process for their material. The photo shows the DM1; the specifications describe the series.

Key Features
Uniform Particle Size from the Grinding Stage

SWECO's proprietary Vibro-Energy motion works with cylindrical grinding media packed closely inside the chamber. The dense media bed increases contact with the feed and reduces empty spaces, supporting consistent grinding throughout the process. According to SWECO, this design provides precise control of particle size and a narrow particle size distribution. Under low-energy conditions, feed particles as large as 300 microns can be reduced to submicron sizes, making the series relevant when uniformity is a key product requirement.

Process Choice and Maintainable Design

The high-amplitude DM models are designed for either dry or wet grinding, while the low-amplitude M models are intended for wet grinding. This lets users choose a configuration around the material and the surrounding process rather than treating every application the same way. The mills also have few moving parts and use replaceable abrasion-resistant linings made from metal, ceramic or elastomers. Those design choices help keep maintenance costs low, and SWECO supplies grinding media, linings and other parts for continued operation.

Grinding
Applications		 Fine particle-size reduction and particle-size-distribution control
Examples of
Materials Processed		 Contact SWECO to confirm suitability for a specific material
Test Machine Loan Contact for details
View Specifications on
SWECO's Official Website
Contact SWECO
via the Official Website
Manufacturer Strengths
Particle-Size Testing
for Model Selection

SWECO's technology centers in Kentucky and Belgium carry out grinding tests on customer materials. They can analyze particle size before and after processing, check whether a proposed process is feasible, and use scaling work to estimate capacity on different machine sizes. The product range then offers high-amplitude dry/wet and low-amplitude wet models for different operating needs. Users can compare the resulting particle-size distribution with their target and use the test results to select a suitable mill configuration before moving to production.

Other SWECO Grinding Mill Models
M18-5 Low-Amplitude Grinding Mill
SWECO M18-5 Grinding Mill
Source: SWECO official website (https://sweco.com/separation/grinding-mill.php)
Series
Low-amplitude Vibro-Energy Grinding Mill
Process Type
Wet
Grinding Pots
Replacement pots available from SWECO
Dimensions / Weight
Contact SWECO for model-specific specifications

The M18-5 belongs to SWECO's low-amplitude wet-grinding range. Grinding pots and media are available from SWECO, making it an option for smaller-scale wet-processing work.

View Specifications on
SWECO's Official Website
Contact SWECO
via the Official Website
*Source: SWECO official website (https://sweco.com/separation/grinding-mill.php)
*Source: SWECO Grinding Mills brochure [PDF] (https://sweco.com/addinfo/Grinding-Mills.pdf)
Company Profile
SWECO company website
Source: SWECO official website (https://sweco.com/)

SWECO manufactures separation and grinding equipment and provides parts and service through its international network. Its headquarters are in Florence, Kentucky, USA.

Company Name
SWECO
Company Location
8029 U.S. Highway 25, Florence, KY 41042, USA
Branches and
Distributors
Global sales and service network
Official Website
https://sweco.com/

For Recycling
Hard-to-Process Waste

SIEBTECHNIK TEMA

Eccentric Vibrating Mills

Eccentric Vibrating Mills
Source: SIEBTECHNIK TEMA official website (https://www.siebtechnik-tema.com/unit_operation/eccentric-vibrating-mills/)
Dimensions
88.6 × 65.9 × 232.3 in (2,250 × 1,675 × 5,900 mm) *For the largest model
Weight
37,479 lb (17,000 kg) *For the largest model
Pot Volume
502.5 gal (1,902 L) *For the largest model
Media
Steel, cemented carbide, ceramic, and more
Lining
Special steels, ceramics, elastomers
Operation Mode
Continuous / Batch / Automated Batch
Process Type
Dry / Wet

A vibratory mill with an eccentric design that positions the exciter away from the center of gravity. Its complex vibration generates high-impact forces and frictional heat, supporting applications ranging from grinding cemented-carbide scrap to processing asbestos.

Key Features
Recycling Hard-to-Process Waste

The eccentrically positioned exciter creates a combination of elliptical, circular and linear motion. This produces high-impact forces that can break down materials that are difficult to process with conventional grinding methods. SIEBTECHNIK TEMA cites cemented-carbide scrap, including worn drills and cutting edges, as a recycling application. It also describes processing asbestos waste so that the resulting material is fiber-free. These examples show why the mill is considered for challenging waste streams.

Accessible Parts for Maintenance

The mill's main drive components sit outside the grinding cylinder, where they can be reached for inspection or replacement without dismantling the entire grinding area. Its modular cylinder design also makes it easier to change liners and grinding media as processing conditions or wear require. These access points reduce the work involved in regular servicing. For waste-processing lines that handle abrasive or variable feed materials, easier maintenance can help limit interruptions and keep the equipment ready for continued operation.

Grinding
Applications		 Not specified on the official website
Examples of
Materials Processed		 Brittle materials / Asbestos waste / Carbide scrap (drills, cutting edges) / Wood fibers / Sewage sludge ash
Test Machine Loan Contact for details
View Specifications on
SIEBTECHNIK TEMA's
Official Website
Contact
SIEBTECHNIK TEMA
via the Official Website
Manufacturer Strengths
Grinding Trials for
Waste-Recycling Applications

SIEBTECHNIK TEMA describes applications involving cemented-carbide scrap and asbestos waste, where the material itself can make the grinding process difficult to design. Its technical center provides test machines for grinding trials and for sizing a mill to a specific task. Pilot machines can also be rented for longer on-site trials. These tests let users assess the processed material and examine equipment configuration before committing to a production-scale recycling process.

Other Products from SIEBTECHNIK TEMA
Laboratory Vibrating Mills
Laboratory Vibrating Mills
Source: SIEBTECHNIK TEMA official website (https://www.siebtechnik-tema.com/unit_operation/eccentric-vibrating-mills-laboratory/)
Dimensions
22.8 × 20.5 × 41.7 in (580 × 520 × 1,060 mm) *For the smallest model
62.6 × 36.7 × 86.6 in (1,590 × 931 × 2,200 mm) *For the largest model
Weight
750–1,918 lb (340–870 kg)
Pot Volume
0.9 gal (3.4 L) × 2
1.7 gal (6.6 L) × 4
Media
Steel, stainless steel, alumina, nylon
Lining
Steel, stainless steel, alumina, zirconia, rubber (polyurethane, NBR), nylon
Operation Mode
Batch
Process Type
Dry / Wet

A compact eccentric vibratory mill designed for laboratory grinding tests and process-condition verification. Options such as heating and cooling through a double jacket and integration into a glove box allow the configuration to be adapted to the material being processed and the laboratory environment.

Vibrating Mill (GSM 06)
Vibrating Mill (GSM 06)
Source: SIEBTECHNIK TEMA official website (https://www.siebtechnik-tema.com/unit_operation/vibrating-mill/)
Dimensions
31.5 × 15.7 × 25.0 in (800 × 400 × 636 mm)
Weight
231 lb (105 kg)
Pot Volume
0.3 gal (1 L) × 2
Media
Steel, stainless steel, ceramic, and more
Lining
Steel, stainless steel, ceramic, and more
Operation Mode
Batch
Process Type
Dry / Wet

A compact laboratory mill for fine grinding and homogenizing brittle and fibrous materials. Interchangeable grinding containers help reduce cross-contamination. A dedicated app supports time settings and operating-data output for straightforward operation.

View Specifications on
SIEBTECHNIK TEMA's
Official Website
Contact
SIEBTECHNIK TEMA
via the Official Website
Company Profile
SIEBTECHNIK TEMA Company Profile
Source: SIEBTECHNIK TEMA official website (https://www.siebtechnik-tema.com/)

Founded in Germany in 1922, SIEBTECHNIK GmbH manufactures solid-liquid separation and powder-processing equipment. Its portfolio includes centrifuges, mills, and classifiers, and the company develops custom equipment for demanding operating requirements in industries such as mining and chemicals. It also maintains a global sales and service network serving customers across a range of industries.

Company Name
SIEBTECHNIK GmbH
Company Location
Platanenallee 46, 45478 Mülheim an der Ruhr, Germany
Branches and
Distributors
China, U.S., Australia, the Netherlands, France, Spain, and the UK
Official Website
https://www.siebtechnik-tema.com/

List of
Vibratory Mill Manufacturers

This section reviews manufacturers of vibratory mills for mass production and organizes their areas of expertise and product features. We hope this serves as a helpful reference when comparing options for scaling up from test models to production equipment.

CHUO KAKOHKI

CHUO KAKOHKI
Source: CHUO KAKOHKI official website (https://chuokakohki.com/products/mills)

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Ferrite / Barium titanate / Titanium dioxide / Manganese dioxide / Ceramics / Al powder / Iron powder / Stainless steel / Battery materials / Manganese metal / Rare earth metals / Amorphous alloys / Metallic chromium / Alumina / Zirconia / Silicon nitride / Silicon carbide
Typical Applications Metals and their raw materials / Ceramic raw materials / Electronic materials / Magnetic materials / Abrasives / Fillers / Industrial chemicals / Energy-related materials
Process Type Dry / Wet
Operation Mode Continuous / Batch

Features

CHUO KAKOHKI is a Japanese manufacturer of powder-processing equipment and plants. Its mills use high-G impact forces generated by high-speed circular vibration to support submicron grinding of difficult-to-grind, high-hardness materials such as SiC. The mills are also used in high-volume grinding lines for semiconductor-related applications with demanding quality requirements.

Company Name
CHUO KAKOHKI CO., LTD.
Company Location
3 Nakanowari, Shinden-cho, Toyoake-shi, Aichi 470-1112, Japan
Branches and Distributors
Tokyo Sales Office, Vietnam Corporation
Official Website
https://chuokakohki.com/
Learn More About Vibratory Mills
from CHUO KAKOHKI

EPIC Powder Machinery

EPIC Powder Machinery
Source: EPIC Powder Machinery official website (https://www.epic-powder.com/machines/vibration-mill/)

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Hard abrasive feed materials / Raw materials with a Mohs hardness below 9 / Drugs / Excipients
Typical Applications Building materials / Food / Classifier mill applications
Process Type Dry
Operation Mode Continuous

Features

EPIC Powder Machinery is a Chinese manufacturer of fine-grinding equipment. It manufactures horizontal vibratory mills for hard materials and abrasives with a Mohs hardness below 9. Its product lineup ranges from laboratory models to production-scale units, supporting the transition from research and testing to larger-scale production.

Company Name
EPIC Powder Machinery Co., Ltd.
Company Location
NO. 369, Road S209, Huanxiu, Qingdao City, China
Branches and Distributors
Not specified on the official website
Official Website
https://www.epic-powder.com/
Learn More About Vibratory Mills
from EPIC Powder Machinery
Show More

SIEBTECHNIK TEMA

SIEBTECHNIK TEMA
Source: SIEBTECHNIK TEMA official website (https://www.siebtechnik-tema.com/unit_operation/eccentric-vibrating-mills/)

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Brittle materials / Asbestos waste / Carbide scrap (drills, cutting edges) / Wood fibers / Sewage sludge ash
Typical Applications Automotive / Pharmaceuticals / Construction / Biomass / Chemicals / Ceramics / Animal feed / Hard materials and metals
Process Type Not specified on the official website
Operation Mode Continuous / Batch / Automated Batch

Features

SIEBTECHNIK TEMA is a German manufacturer of processing equipment for demanding applications, including mining and chemical plants. Its vibratory mills use an eccentric design, with the exciter positioned away from the center of gravity, to generate high-impact forces for processing difficult materials. In addition to grinding, the mills can also function as reactors for chemical reactions, supporting high-volume processing in environmental applications.

Company Name
SIEBTECHNIK GmbH
Company Location
Platanenallee 46, 45478 Mülheim an der Ruhr, Germany
Branches and Distributors
China, U.S., Australia, the Netherlands, France, Spain, and the UK
Official Website
https://www.siebtechnik-tema.com/
Learn More About Vibratory Mills
from SIEBTECHNIK TEMA

MicroGrinding Systems

MicroGrinding Systems, Inc.
Source: MicroGrinding Systems Official Website (https://www.microgrind.com/m2080)

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Not specified on the official website
Typical Applications Not specified on the official website
Process Type Dry / wet
Operation Mode Continuous

Features

MicroGrinding Systems is a grinding equipment manufacturer based in Arkansas, USA. It offers mills with a unique structure that directly connects the motor to the grinding chamber to minimize vibration energy loss. It can be installed without extensive foundation work and is designed for both dry and wet processes.

Company Name
MicroGrinding Systems, Inc.
Company Location
Headquarters Address: 1823 East 17th Street, Little Rock, AR 72202, USA
Branches and Distributors
Not specified on the official website
Official Website
https://www.microgrind.com/
Learn more about vibratory mills
from MicroGrinding Systems

SWECO

Sweco
Source: SWECO Official Website (https://sweco.com/separation/grinding-mill.php)

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Not specified on the official website
Typical Applications Not specified on the official website
Process Type Dry / wet
Operation Mode Batch / continuous

Features

Sweco is a U.S. manufacturer of separation and grinding equipment. It offers mills that combine a unique vibration mechanism with cylindrical media. These mills take advantage of the broad contact area created by surface contact rather than point contact and have a structure that allows particle size distribution to be adjusted to the target range.

Company Name
SWECO (A business unit of SLB)
Company Location
8029 US Highway 25, Florence, KY 41042, USA
Branches and Distributors
Belgium, the UK, India, China, Singapore, and more
Official Website
https://www.sweco.com/
Learn more about vibratory mills
from Sweco

YAMATO KIHAN

YAMATO KIHAN Co., Ltd.
Source: YAMATO KIHAN Official Website (https://www.yamato-kihan.jp/product/pulverization/vibro_mill.html)

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Not specified on the official website
Typical Applications Alumina / Ferrite / Metals / Coke / Activated carbon / Powder metallurgy / Slag / Slaked lime / Magnetic materials
Process Type Dry / wet
Operation Mode Batch / continuous

Features

YAMATO KIHAN is a Japanese manufacturer that designs equipment for the entire powder processing line. In addition to offering its own vibratory mills, it also supports system integration using equipment from multiple manufacturers. It can design the entire grinding line, including upstream and downstream processes.

Company Name
YAMATO KIHAN Co., Ltd.
Company Location
179-7 Kamiookuma, Kasuya-machi, Kasuya-gun, Fukuoka, Japan
Branches and Distributors
Not specified on the official website
Official Website
https://www.yamato-kihan.jp/en/product/
Learn more about vibratory mills
from YAMATO-KIHAN

ONURMAKSAN

ONURMAKSAN
Source: ONURMAKSAN Official Website (https://www.onurmaksan.com/en/products/vibrasyonlu-degirmen)

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Vessel / Silex / Rubber / Stainless steel
Typical Applications Not specified on the official website
Process Type Not specified on the official website
Operation Mode Not specified on the official website

Features

ONURMAKSAN is a Turkish manufacturer with a strength in robust equipment design for mines and beneficiation plants. Ceramic liners and media are also available for processes that are sensitive to iron contamination. It supports scale-up and mass production line implementation in harsh grinding environments.

Company Name
ONURMAKSAN (ONUR MAKİNA)
Company Location
Emko Sanayi Sitesi, D-4 No: 8 Eskişehir - Türkiye
Branches and Distributors
Not specified on the official website
Official Website
https://www.onurmaksan.com/
Learn more about vibratory mills
from ONURMAKSAN

ZJH minerals

ZJH minerals
Source: ZJH minerals Official Website (https://www.zjhminerals.com/vibration-mill/)

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Silica / Quartz / Talc / Zirconia / Kaolin / Nanometer-scale sulfur
Typical Applications Not specified on the official website
Process Type Dry
Operation Mode Not specified on the official website

Features

ZJH minerals is a Chinese equipment manufacturer specializing in mineral processing. It has strengths in high-purity grinding that prevents foreign matter contamination, including grinding high-purity quartz with quartz media, and has a track record in mass production lines for inorganic fillers and similar materials that are sensitive to impurities.

Company Name
ZJH minerals
Company Location
Zhengzhou City, Henan, China
Branches and Distributors
Not specified on the official website
Official Website
https://www.zjhminerals.com/
Learn more about vibratory mills
from ZJH minerals

Tsukishima Kikai

Tsukishima Kikai
Source: Tsukishima Kikai Official Website (https://www.tsukishimakikai.co.jp/en/industry/vibration_product03/)

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Not specified on the official website
Typical Applications Not specified on the official website
Process Type Dry / wet
Operation Mode Batch

Features

Tsukishima Kikai is a Japanese company that also handles equipment design for chemical and steel plants. It offers batch-type vibratory mills for both dry and wet use, and one of its strengths is the ability to support system construction and scale-up to mass production for entire grinding lines, including upstream and downstream processes, rather than just standalone equipment.

Company Name
Tsukishima Kikai Co., Ltd.
Company Location
3-5-1, Harumi, Chuo-ku, Tokyo, Japan
Branches and Distributors
Osaka, Sapporo, Sendai, Yokohama, Nagoya, Hiroshima, Fukuoka, Okinawa
Official Website
https://www.tsukishimakikai.co.jp/en/
Learn more about vibratory mills
from Tsukishima Kikai

MURAKAMI SEIKI MFG.

MURAKAMI SEIKI MFG.
Source: MURAKAMI SEIKI MFG. Official Website (https://www.murakami-seiki.co.jp/pages/26?detail=1&b_id=181&r_id=2#block181)

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Ferrite / Iron oxide / Alumina / Catalysts / Dental materials / Blast furnace slag / Limestone / Quicklime / Gypsum / Refractory materials / Fine ceramics
Typical Applications Ferrite / Iron oxide / Alumina / Catalysts / Dental materials / Blast furnace slag / Limestone / Quicklime / Gypsum / Refractory materials / Fine ceramics
Process Type Dry / wet
Operation Mode Continuous / batch

Features

MURAKAMI SEIKI is a Japanese manufacturer engaged in the design and manufacture of powder processing equipment. It supports test grinding before implementation and designs and proposes grinding systems for mass production based on parameter verification using actual materials to meet specific requirements.

Company Name
MURAKAMI SEIKI MFG. CO.,LTD.
Company Location
1-1 Dohoku-machi, Yahatanishi-ku, Kitakyushu City, Fukuoka Prefecture, Japan
Master Distributor (Related Company)
URAS TECHNO CO., LTD., Tokyo Sales Office (Engineering Department), Osaka Sales Office, U.S. Office (Cleveland, Ohio)
Official Website
https://www.murakami-seiki.co.jp/en/
Learn more about vibratory mills
from MURAKAMI SEIKI MFG.

TIANTENG MACHINERY

Tianteng Vibrating Machinery
Source: Tianteng Vibrating Machinery Official Website (https://www.tt-sieves.com/Crushing-and-mixing/59.html)

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Minerals / Building materials
Typical Applications Limestone / Coal / Grain / Fertilizer / Flour / Sand / Plastic granules / Cement
Process Type Dry / wet
Operation Mode Not specified on the official website

Features

Tianteng Vibrating Machinery is a Chinese manufacturer of grinding equipment with strengths in electronic materials and ceramics. It offers a test model that can verify three grinding conditions in parallel. It can reduce the time required for preliminary test grinding and condition setting in preparation for mass production.

Company Name
Xinxiang Tianteng Vibrating Machinery Co., Ltd.
Company Location
No. 56, Sizhuangding Industrial Park, Muyan District, Xinxiang City, Henan Province, China
Branches and Distributors
Not specified on the official website
Official Website
https://www.tt-sieves.com/
Learn more about vibratory mills
from Tianteng Vibration Machinery

ALPA

ALPA
Source: ALPA Official Website (https://finegrindingmill.com/1-8-vibration-mill.html)

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Flammable materials / Explosive materials / Oxidizing materials
Typical Applications Not specified on the official website
Process Type Dry
Operation Mode Not specified on the official website

Features

ALPA is a Chinese equipment manufacturer specializing in fine grinding technology. It offers a low-temperature grinding model equipped with a cooling jacket and has a proven track record in grinding lines for lithium battery materials and pharmaceuticals that need to prevent heat-related degradation.

Company Name
Shandong ALPA Powder Technology Co., Ltd.
Company Location
No. 168 Wenhua Road, Advanced Manufacturing Industrial Park, Anqiu City, Shandong, China
Branches and Distributors
Not specified on the official website
Official Website
https://www.alpapowder.com/
Learn more about vibratory mills
from ALPA

AGICO CEMENT

AGICO CEMENT
Source: AGICO CEMENT Official Website (https://ballmillssupplier.com/)

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Steel balls / Steel rods
Typical Applications Metallurgy / Mining / Building materials / Chemical industry / Refractory materials / Abrasives / Graphite / Glass / Ceramics
Process Type Dry / wet
Operation Mode Not specified on the official website

Features

AGICO CEMENT is a supplier that provides comprehensive cement plant design and equipment supply services. To improve manufacturing efficiency, it offers the 2ZM Series vibratory ball mill for efficient fine and ultrafine grinding of hard raw materials such as slag and clinker.

Company Name
AGICO CEMENT
Company Location
19F, Suite B, Global Trade Mansion, Wenfeng Avenue, Anyang, Henan, China
Branches and Distributors
Not specified on the official website
Official Website
https://cementplantsupplier.com/
Learn more about vibratory mills
from AGICO CEMENT

Handling

HANDLING
Source: HANDLING Official Website (https://handlingusa.com/vibratory-mill-details)

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Not specified on the official website
Typical Applications Energy material factories
Process Type Not specified on the official website
Operation Mode Not specified on the official website

Features

HANDLING is a U.S. manufacturer of powder processing equipment for batteries and other energy materials. It manufactures large vibratory mills for mass production with high processing capacity and has a strong track record in mass production lines for battery materials with demanding requirements.

Company Name
Handling
Company Location
Houston, TX, USA
Branches and Distributors
Not specified on the official website
Official Website
https://handlingusa.com/
Learn more about vibratory mills
from HANDLING

Xiamen Tmax Battery Equipments

Xiamen Tmax Battery Equipments Limited
Source: https://www.tmaxcn.com/heavy-duty-vibration-grinder-for-large-scale-production_p3540.html

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Stainless steel / Nylon / Alumina ceramic / Polyurethane / Zirconia / Agate / PTFE / Carbon steel / Nylon lining / PTFE/polyurethane lining
Typical Applications Metallurgy / Building materials / Mining / Refractory materials / Chemical industry / Glass / Ceramics / Graphite
Process Type Dry / wet
Operation Mode Continuous

Features

Xiamen Tmax Battery Equipments Limited is a Chinese equipment manufacturer specializing in lithium-ion batteries. It offers vibratory mills for mass production that can handle large volumes and can provide consistent support from validation with small laboratory models of the same specifications to integration into full-scale battery manufacturing lines.

Company Name
Xiamen Tmax Battery Equipments Limited
Company Location
No. 39, Xinchang Road, Xinyang, Haicang Dist., Xiamen, Fujian, China
Branches and Distributors
Not specified on the official website
Official Website
https://www.tmaxcn.com/
Learn more about vibratory mills
from Xiamen Tmax Battery Equipments

Huate Magnet Group

Huate Magnet Group
Source: Huate Magnet Group Official Website (https://www.huatemagnets.com/)

Manufacturer Capabilities
and Specifications

Examples of Materials Processed Not published on the official website.
Typical Applications Ultra-fine grinding; production of ultra-fine powder products when integrated with a classifier
Process Type Dry / Wet processing
Operation Mode Not published on the official website.

Features

Huate Magnet Group is a Chinese manufacturer providing ultra-fine grinding equipment driven by high-frequency vibration. Their HMZ Series delivers the flexibility to accommodate diverse grinding conditions tailored to specific material properties, including dry/wet processing and inert gas atmospheres.

Company Name
Shandong Huate Magnet Technology Co., Ltd.
Company Location
No. 6999 Huate Road, Linqu County, Weifang City, Shandong Province, China
Branches and Distributors
Products exported to the USA, Germany, Brazil, India, etc.
Official Website
https://www.huatemagnets.com/
Learn more about vibratory mills
from Huate Magnet Group

Vibratory Mills
for Specific Purposes

This article explains vibratory mills designed to address material-specific challenges in the production of new materials and electronic components. It summarizes methods for preventing metal contamination in ceramics and the mechanisms used to finely grind hard-to-grind materials such as silicon carbide.

Vibratory Mill
for Ceramics

This article explains the background to the adoption of vibratory mills and their operational advantages in the fine grinding of ceramics and electronic component materials. It covers the mechanisms that deliver high grinding capacity, material selection to prevent metal contamination, and when to use wet and dry processes.

Vibratory Mill
for Silicon Carbide
(SiC)

This article summarizes the usefulness of vibratory mills that can shorten the processing time of hard-to-grind silicon carbide while maintaining high purity. It explains specific approaches to solving practical challenges, such as evaluating vibratory mills against other grinding methods and reducing impurity contamination through co-grinding.

Vibratory Ball Mill

A vibratory ball mill can significantly reduce grinding time compared with rotary ball mills and achieve fine grinding in the submicron and nanoscale range. Its powerful impact force makes it particularly effective for processing hard and brittle materials. This article explains how it works and the benefits of adopting it, while also introducing major manufacturers and their products.

Dry Vibratory Mill

A dry vibratory mill can reduce equipment costs for drying and wastewater treatment and is suitable for submicron grinding of materials that react with moisture, such as battery materials. This article explains the benefits of adopting it while also listing compatible manufacturers and their products.

Wet Vibratory Mill

A wet vibratory mill helps address re-agglomeration of particles in the submicron and nanoscale range, as well as dust risks. By using liquid as a barrier, it can simultaneously achieve ultrafine grinding and slurry formation that are difficult to achieve with dry processing. This article introduces the benefits of adopting wet processing to prevent quality degradation such as thermal damage, along with products from manufacturers that support wet processing.

Lab Vibratory
Ball Mill

A tabletop laboratory device that can grind and mix small samples in a short time. With powerful vibratory energy, it can reach the particle size required for analysis in just a few minutes compared with a ball mill. This article explains the benefits of adopting a lab vibratory mill. It also introduces lab models from mass-production equipment manufacturers that allow preliminary validation for future mass production line implementation.

Challenges
in Powder Processing

Submicron grinding with a ball mill can require long processing times and may increase the risk of contamination and higher operating costs. This article examines vibratory mills as an alternative to conventional ball mills and explains how impact forces generated by high-speed vibration can help address processing time, product quality, and energy use in submicron grinding.

Improve
Ball Mill Efficiency

One approach to improving ball mill grinding efficiency is to use a vibratory mill that relies on impact forces generated by high-speed vibration rather than gravity. This article examines the limitations of ball mills and explains the potential advantages of vibratory mills, including grinding capacity reported to be 10 to 20 times greater*. It also covers approaches for reducing processing time and achieving submicron grinding.

*Source: MATSUBO official website (https://www.matsubo.co.jp/en/product/pulverizing/vibration-mill/)
About the Operating Company