LABORATORY BALL MILLS
Ultrasonic-Assisted Planetary Ball Mill
Request a Quote →Get help choosing the configuration, supplied accessories and delivery basis. Not sure of the model? Start with your material and batch size.
Build a complete laboratory setup
Review the mill, sample-contact materials and trial conditions together.
Define the sample
Start with material properties, batch quantity and the measurement that will define a successful result.
Match the configuration
Check jar fit, media charge, electrical supply and any temperature or atmosphere requirements.
Plan the trial
Use a documented trial to compare particle size, sample recovery, temperature and wear.
Planetary Ball Mills
Ultrasonic-Assisted Planetary Ball Mill
This system combines planetary milling with ultrasonic excitation for grinding and dispersion research. It is intended for applications where the interaction between mechanical milling and ultrasound needs to be evaluated.
Fit for your experiment
Ultrasonic cavitation requires a suitable liquid medium; it is not a general mechanism for dry powders. Confirm the coupling arrangement, compatible jars and operating conditions with the technical team.
How to use this specification
The disc revolves while the grinding jars rotate about their own axes. Media impacts and friction act on the sample. Speed, duration, loading and jar material jointly influence the result.
Before selecting a configuration
- Define feed size, target particle size and acceptable wear contamination.
- Choose jar capacity from the working sample load, leaving room for media movement.
- Confirm balancing, clamping and any cooling or atmosphere option for the exact model.
Key features
- Planetary milling and ultrasonic vibration can be combined in a compatible setup.
- Ultrasonic assistance may support dispersion in suitable liquid systems.
- Liquid circulation can help reduce local accumulation and adhesion.
- Variable-frequency planetary motion supports adjustment of the milling schedule.
Construction details
- An ultrasonic generator supplies the electrical excitation.
- A transducer converts the signal into mechanical vibration.
- A conductive slip-ring arrangement transfers energy while the system rotates.
- Precision gearing drives the planetary motion.
Configuration notes
Cavitation-based explanations apply to suitable liquids and operating conditions. Confirm the ultrasonic package, vessel compatibility and process temperature; dry powder milling does not automatically gain the same dispersion mechanism.
Technical specifications
Compare the exact model and configuration. Nominal vessel volume is not the usable sample load. Particle-size results depend on the material and process; confirm critical values in the quotation.
| Application areas | Typical uses |
|---|---|
| New energy materials | Ultra-fine grinding and uniform mixing of lithium battery cathode materials (lithium iron phosphate, ternary materials), silicon carbon anodes, fuel cell catalysts, etc. to improve battery energy density and consistency |
| Electronic ceramics and functional materials | High-precision grinding of MLCC dielectric materials, piezoelectric ceramics, magnetic materials (ferrite), rare earth polishing powder, etc., controlling the powder particle size to optimize the electrical performance of the device |
| Medicine and Biotechnology | Micronization of poorly soluble drugs (to improve dissolution), cell wall disruption, DNA/RNA extraction, and ultrasound assistance can reduce damage to heat-sensitive components |
| Chemical industry and environmental protection | Catalyst preparation and activation, nano zero-valent iron (for wastewater treatment), pigment and coating dispersion |
| Geology, metallurgy and others | Laboratory sample preprocessing and ultrafine crushing of brittle materials and fibrous materials such as ores, slag, glass, ceramics, etc. |
| Transmission mode | gear transmission |
|---|---|
| working method | Two or four ball mill tanks work simultaneously |
| Maximum sample loading volume (material + grinding ball) | Two-thirds of the ball mill tank volume |
| Ball mill tank volume | Each can is 0.5L-50L, total volume is 0.2L-200L |
| Feed particle size | Soil material ≤10mm, other materials ≤3mm |
| Discharge particle size | The minimum can reach 0.1μm (different materials and grinding processes will vary) |
| Speed ratio (revolution:rotation) | 1:2 |
| Speed (rotation) | XQM-6Grinding tank rotation speed:0~670rpm For more details, see the main parameters of planetary ball mill |
| Speed regulation method | Brand inverter stepless speed regulation |
Product reference images
Plan a laboratory trial
Share the material, starting particle size, target result and batch quantity. Include the sample-contact materials and any temperature or atmosphere constraints.
Discuss this configuration → · Compare laboratory milling methods →
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Plan delivery around your configuration
Send the required quantity, destination and target arrival date with your inquiry. Compare the expected dispatch date separately from freight transit and import clearance.
| Order route | What needs to be confirmed | Scheduling starts when |
|---|---|---|
| Available stock | Exact model, jar/media set, electrical version and allocation of the unit. | The available configuration and order/payment requirements are confirmed; request the dispatch date for that unit. |
| Standard production | Model, quantity, supplied accessories and the current production slot. | The order specification and agreed payment requirements are complete and the production slot is confirmed. |
| Light customization | Changes such as contact materials, controls or electrical configuration, subject to technical review. | The changes are approved and any required components and production slot are confirmed. |
| Project customization | Technical scope, drawings where required, review milestones and acceptance requirements. | The technical scope is approved and agreed commercial and procurement prerequisites are met. |
Lead times are quoted for the confirmed configuration and current schedule. A catalog listing does not indicate live stock. Ask the quotation to state the lead-time range, its start condition and the agreed shipping basis.
Agree what arrives with the order
Confirm the machine or accessory quantity, jars and media, voltage/frequency, manuals, packing arrangement and required shipping documents in the quotation. Discuss inspection records or photographs needed before dispatch and the checks to make when receiving the shipment.
Delivery and handover details · See the manufacturing workshop
Know how support will work
Warranty and components
Our published service terms describe a one-year warranty and specified replacement conditions within the first month. Read the full warranty terms. Confirm coverage for the machine, motor/control components, jars, balls, liners and seals in the order; parts subject to wear need a separate coverage check.
Remote, spare-parts and on-site support
Contact TENCAN with the model, serial number and issue details for troubleshooting and parts identification. Provide your country and site location when asking about installation, training or on-site repair. Availability, travel, labor, freight and import costs must be agreed for the destination and service scope.
Check support responsibilities · Discuss your location and support needs
Review the evidence for your purchase
See the equipment being made
View workshop and assembly photographs, then discuss a visit or remote technical review for your project.
Evaluate your sample
Discuss sample grinding with the material, target result and permitted contact materials. Agree feasibility, sample quantity, test conditions and any charges before sending material.
Check documents and applications
Review available certificates for your exact model and destination, and application requirements relevant to your process.
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