MPBM-0.4A Touchscreen Planetary Ball Mill 250W PLC 870rpm Lab Grade

$1,365.00

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

MPBM-0.4A touchscreen planetary ball mill, 250W, 0-870 rpm, PLC control. Program editing, data storage, real-time monitoring. Lab grade.

SKU: AFPBM0.4A
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Description

ATOMFAIR MPBM-0.4A TOUCHSCREEN PLANETARY BALL MILL PLC LAB GRADE

RESEARCH GRADE EQUIPMENT

Product Overview

Built upon traditional planetary ball mill architecture, this system integrates an advanced PLC touchscreen control system with capacitive touch sensitivity, delivering comprehensively upgraded operational performance for electronic ceramic magnetic material grinding and advanced powder processing. The intelligent control system supports programmable memory fault alarm monitoring with password protection, multi-program editing, storage and recall, real-time operation monitoring, and automatic fault alarming. The bidirectional rotation control with timing and power-off memory functions ensures precise and reproducible grinding protocols. This listing is priced for the main unit only—grinding jars and grinding balls are ordered separately. The MPBM series spans from 0.2 L miniature models to 200 L production units, covering research, pilot, and full-scale production across geology, mining, metallurgy, electronics, ceramics, chemicals, and advanced materials processing.

Standard Configuration List

Item Configuration Description
Main Grinding Unit 1 pc
Grinding Jars (Order Separately) Available Materials: Al₂O₃ PU PTFE Ceramic SS Nylon
Grinding Balls (Order Separately) Available Materials: WC-Co Al₂O₃ PU-Fe Agate YSZ HCCI 304SS
Touchscreen Control System PLC Integrated Unit with Program Editing, Data Storage, Operation Monitoring, and Fault Alarm Functions

MPBM Series Full Model Specifications

No. MODEL TYPE ROTATION (rpm) JAR ID (mm) MOTOR REV DIA (mm) DIMENSIONS (mm) WEIGHT (kg)
1 MPBM-0.2 Mini 0–1160 50 90 W Φ111 420×260×310 25
2 MPBM-0.2S Mini Glovebox 0–1160 50 90 W Φ111 Host: 390×220×270
Control: 200×180×240
29
3 MPBM-0.4A Semi-Circular 0–870 80 250 W Φ140 530×300×360 34
4 MPBM-6 Standard 0–670 134 0.75 kW Φ234 760×470×580 100
5 MPBM-4A Semi-Circular 0–670 134 0.75 kW Φ234 760×470×600 85
6 MPBM-(8-12) Standard 0–580 162 1.5 kW Φ275 900×600×640 168
7 MPBM-(8-12)A Semi-Circular 0–580 162 1.5 kW Φ275 880×560×642 150
8 MPBM-16A Semi-Circular 0–510 182 3 kW Φ320 950×600×710 205
9 MPBM-20 Standard 0–430 222 4 kW Φ385 1200×790×930 392
10 MPBM-40 Standard 0–390 250 5.5 kW Φ430 1400×880×1070 656
11 MPBM-60 Standard 0–260 (1:1.5) 275 7.5 kW Φ490 1600×1070×1250 950
12 MPBM-100 Standard 0–240 (1:1.5) 326 11 kW Φ578 1750×1140×1330 1300
13 MPBM-200 Standard 0–215 460 22 kW Φ738 2670×1600×2804 2725

Key Features & Advantages

  • PLC Touchscreen Control with Program Management: The integrated capacitive touch PLC system supports password-protected access, multi-program editing with storage and recall capability, real-time operation monitoring, and automatic fault alarm for enhanced process security and reproducibility.
  • Bidirectional Rotation with Timing and Power-Off Memory: The control system supports forward and reverse rotation control, precise timing functions, and automatic memory retention of operational parameters after power interruption, ensuring consistent grinding protocols across experimental campaigns.
  • Comprehensive Model Range from 0.2L Mini to 200L Production Scale: Thirteen models spanning miniature glovebox-compatible units (MPBM-0.2S) through standard and semi-circular configurations to high-capacity production systems (MPBM-200) accommodate the complete spectrum from fundamental research to industrial production.
  • Multiple Jar and Ball Material Options for Contamination Control: Six grinding jar materials (Al₂O₃, PU, PTFE, Ceramic, SS, Nylon) and seven ball materials (WC-Co, Al₂O₃, PU-Fe, Agate, YSZ, HCCI, 304SS) enable contamination-free processing across diverse material systems from electronic ceramics to pharmaceutical compounds.

APPLICATION SCOPE: Widely used in geology, mining, metallurgy, electronics, building materials, ceramics, chemical engineering, light industry, pharmaceuticals, and environmental protection. Specifically suitable for electronic ceramics, structural ceramics, magnetic materials, lithium cobalt oxide, lithium manganese oxide, catalysts, phosphors, long-afterglow luminescent powders, rare-earth polishing powders, electronic glass powders, fuel cells, zinc oxide varistors, piezoelectric ceramics, nanomaterials, multilayer ceramic capacitors (MLCC), thermistors (PTC, NTC), dielectric ceramics, alumina ceramics, zirconia ceramics, zinc oxide powders, cobalt oxide powders, nickel-zinc ferrites, and manganese-zinc ferrites.
PACKAGING: This listing is priced for the MPBM-200 main unit only. The standard configuration includes 1 pc grinding host machine and the PLC touchscreen control system with program editing, data storage, operation monitoring, and fault alarm functions. Grinding jars (Al₂O₃, PU, PTFE, Ceramic, SS, Nylon) and grinding balls (WC-Co, Al₂O₃, PU-Fe, Agate, YSZ, 304SS) are ordered separately. The MPBM series is available from 0.2 L miniature models through 200 L production units. Installation guidance and operational training support are provided upon request.
IMPORTANT NOTICE: The listed price is for the main unit; grinding jars and balls must be ordered separately. Select jar and ball materials compatible with your target material to avoid cross-contamination. The PLC touchscreen control system should be operated according to the user manual to ensure proper program execution and equipment safety. For detailed installation, operation, and maintenance instructions, consult the user manual prior to first use. If you have specific requirements for other MPBM models or custom control system configurations, please contact us at inquiry@atomfair.com.
TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official quotations.
EMAIL: inquiry@atomfair.com
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

The mill requires operator training and proper containment of materials within sealed grinding jars to prevent mechanical hazards and material exposure. Operate only with compatible power supply and avoid use in explosive or moisture-rich environments to ensure electrical safety and equipment integrity.

  • Containment Requirement: Grinding materials must be sealed inside appropriate jars and lids to prevent leakage during high-speed rotation.
  • Electrical Safety: The mill must be connected to a grounded power outlet matching the rated 250W specification to avoid electrical faults.
  • Installation Stability: Position the mill on a flat, non-slip surface to maintain balance and reduce vibration-related damage.

Proper initialization ensures safe milling and extends equipment life. Follow these steps to load grinding jars, set parameters, and run the mill.

Required Equipment: Grinding jar with lid, Grinding balls

  1. Secure Grinding Jar and Balls
    Install the grinding jar loaded with materials and balls into the mill, ensuring the lid is tightly fastened and the jar is locked in place.
  2. Set Milling Parameters
    Use the touch screen to program rotation direction, speed, and duration, then confirm the settings against the material safety data sheet.
  3. Initiate and Monitor Milling
    Press the start button and observe the touch screen for real-time status updates, stopping immediately if a fault alarm activates.

How does varying the jar rotation speed between 0 and 870 rpm affect milling efficiency and sample integrity in the PBM-0.4A?

Higher speeds increase impact energy and reduce milling time but can generate excessive heat and cause jar wear, risking contamination. Lower speeds are gentler on samples but require longer runs. The PBM-0.4A's programmable touch screen allows users to set optimal speed profiles for each material, balancing efficiency and sample purity.

Can the PBM-0.4A be used inside a glove box for processing air-sensitive materials?

No, the PBM-0.4A is a half-round type designed for open bench use. For glove box operation, the PBM-0.2S mini glove box type planetary ball mill is available with a separate control box and compact 390×220×270 mm main unit, specifically engineered for inert atmosphere environments.

What infrastructure and safety considerations are required to operate the PBM-0.4A planetary ball mill?

The PBM-0.4A requires a stable bench rated for its 34 kg weight and a power supply for its 250W motor. The microcomputer controller includes fault alarm, password protection, and process monitoring to ensure safe unattended operation. The unit's 530×300×360 mm footprint and Φ140 mm orbiting motion necessitate adequate clearance and vibration isolation.

The PBM-0.4A half-round planetary ball mill integrates a microcomputer touch screen controller with programmable functions, offering precise speed control from 0 to 870 rpm for laboratory-scale milling of advanced ceramics, battery materials, and electronics powders. Its 250W motor and compact 34 kg footprint suit benchtop use, but users must source grinding jars and balls separately.

Positive

  • Advanced touch screen PLC control: Capacitive touch interface with password protection, programmable routines, multi-program storage, process monitoring, and fault alarms enables precise and repeatable milling protocols.
  • Broad material compatibility: Suitable for grinding a wide range of dry and wet materials including battery electrodes (LCO, LMO), ceramics, catalysts, phosphors, and electronic powders across multiple industries.

Trade-offs

  • Grinding jars and balls sold separately: The main machine excludes the grinding jars and balls necessary for operation; buyers must order compatible consumables separately, increasing initial setup complexity and cost.
  • Designed for experienced users: The advanced touch screen control and programmable features are intended for users with higher operational demands, implying a learning curve for basic laboratory personnel.

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).

Additional information

Weight 34 kg
Dimensions 53 × 30 × 36 cm