Description
HPBM-16 HEAVY-DUTY HORIZONTAL PLANETARY BALL MILL 3KWLABORATORY & PRODUCTION GRADE EQUIPMENT
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TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official quotations.
EMAIL: inquiry@atomfair.com
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Manufacturer: Atomfair LLC
Brand: ATOMFAIR®
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The HPBM-16 planetary ball mill requires strict adherence to installation and operational constraints to ensure safety and equipment longevity. Failure to comply with the specified weight-bearing, braking, jar compatibility, and control programming requirements may result in mechanical failure or personal injury.
- Floor Load Capacity: The mill must be installed on a level, rigid foundation capable of supporting its 470 kg net weight to prevent structural fatigue or tipping.
- Brake Locking Requirement: The integrated brake locking mechanism must be engaged whenever lifting or discharging jars to prevent accidental drops or uncontrolled movement.
- Jar and Media Compatibility: Only grinding jars and media that are chemically and mechanically rated for the intended material must be used to avoid contamination, imbalance, or rupture.
- Cycle Programming Limits: The microcomputer control system should be programmed with appropriate forward-reverse intervals and idle periods to prevent motor overheating or gear wear.
Initialize and operate the HPBM-16 ball mill by following a sequence of inspection, jar preparation, parameter setting, and safety checks. Proper execution of these steps minimizes the risk of mechanical damage, contamination, or operator injury.
Required Equipment: Grinding jar set, Grinding media set
- Inspect Machine
Inspect the mill for shipping damage and confirm that all safety components, including the brake lock and emergency stop, are functional. - Select Jars and Media
Select grinding jars and media that match the hardness and chemical compatibility of the sample material to prevent contamination or mechanical failure. - Load Jars
Load the jars with sample material and grinding media to approximately 40% of jar volume to allow adequate milling action. - Secure Jars in Holders
Place each loaded jar into the holder and lock it firmly in position to prevent imbalance during rotation. - Set Control Parameters
Set the desired jar rotation speed, grinding time, and forward-reverse interval cycles on the microcomputer touch panel. - Engage Brake Before Access
Engage the brake locking mechanism before lifting or discharging jars to prevent unintended jar movement. - Start and Monitor
Start the mill and monitor the first grinding cycle for abnormal noise, vibration, or temperature rise.
How does the lower drive ratio of the HPBM-16 (0.096) affect its grinding performance compared to smaller HPBM models, and what throughput can be expected for hard ceramics?
The HPBM-16's lower drive ratio (0.096) compared to 0.134 for smaller models reduces maximum jar rotation speed to 480 rpm, trading higher torque for lower speed, which is beneficial for heavy-duty grinding of hard materials. The 3 kW motor and Φ385 mm revolution diameter enable processing of up to 4×4 L jars, suitable for pilot-scale batch production of materials like lithium battery cathodes and electronic ceramics.
Can the HPBM-16 be fitted with grinding jars made of tungsten carbide or agate for contamination-free milling of hard and ultra-trace samples?
Yes, the HPBM-16 accepts 4 L grinding jars of various materials including WC-Co, Al₂O₃, agate, YSZ, stainless steel, PU, ceramic, and nylon, all ordered separately. For hard samples requiring high wear resistance, WC-Co jars (HRA 93) are recommended, while agate jars (natural SiO₂) enable zero-metal analysis for ultra-trace element studies. The 182 mm jar holder inner diameter and locking mechanism ensure secure fit during high-speed operation.
What safety features are integrated into the HPBM-16 to protect operators during jar loading, milling, and powder discharge?
The HPBM-16 includes an integrated lifting and screen discharging mechanism with a brake locking safety function to prevent jar movement during maintenance. The thickened steel plate cabinet and CNC machined heat-treated parts reduce vibration and noise. Additionally, the microcomputer touch control system supports forward-reverse operation and power-off memory, allowing safe interruption and resumption of long grinding cycles.
The HPBM-16 is a heavy-duty horizontal planetary ball mill with a 3kW motor and dual-end double disc support frame, offering enhanced rigidity and load capacity for pilot-scale grinding. Its 0–480 rpm adjustable jar speed and 182 mm jar holder accommodate 4 L jars, but grinding jars and media must be purchased separately, adding to initial setup cost.
Positive
- High rigidity and load capacity: The dual-end double disc support frame and thickened steel plate cabinet provide superior structural stability and load-bearing capability compared to light horizontal planetary mills, enabling reliable pilot-scale and small-batch production.
- Precision low-noise drive system: CNC machined heat-treated parts and precision special alloy transmission gears ensure stable, low-noise high-speed operation, critical for consistent grinding results in sensitive applications like lithium battery materials and nanomaterials.
Trade-offs
- Grinding jars and media not included: The main unit is sold without grinding jars or balls; these must be ordered separately, requiring additional procurement planning and cost for the buyer.
- Heavy weight and large footprint: At 470 kg net weight and dimensions of 1640×840×1040 mm, the unit demands a robust floor support and significant laboratory or production floor space, limiting placement flexibility.
Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.
To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.
Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).
