The AM-SFM300 is an advanced automated planetary ball mill designed for high-efficiency laboratory grinding, powder mixing, homogenization, and high-throughput materials research. Combining programmable milling control, automatic jar clamping, precision positioning, and automated cover operation, the system provides a flexible solution for laboratories requiring improved processing efficiency and reduced manual handling.

The machine features four planetary milling stations and supports a maximum sun-wheel revolution speed of 300 RPM, with milling jar self-rotation speeds up to 600 RPM. Its planetary milling mechanism generates centrifugal forces for efficient particle size reduction, powder blending, and mechanical alloying. The system is suitable for processing a wide range of laboratory materials, including battery materials, metal oxides, ceramic powders, metallic materials, and advanced functional compounds.

A major advantage of the AM-SFM300 is its automated operation. The top cover opens and closes automatically, while the integrated positioning system enables the milling stations to stop at repeatable positions for convenient jar loading and unloading. Programmable clamping control helps simplify jar securing and supports consistent laboratory operating procedures.

The touchscreen interface allows operators to configure milling speed, processing duration, rest intervals, and clamping force. For laboratories requiring a higher degree of automation, an optional robotic arm with PC-based control can be integrated for automated jar handling and coordinated milling workflows, subject to the selected equipment configuration.

The referenced standard package includes eight 50 mL stainless steel milling jars with yttria-stabilized zirconia (YSZ) ceramic liners. Additional compatible jar materials and automation accessories may be available. The AM-SFM300 is particularly suitable for universities, battery research laboratories, materials research institutions, and industrial R&D facilities.

• Automated Planetary Milling: Integrates programmable grinding, automated cover movement, jar clamping, and precision positioning.
• Four Milling Stations: Four planetary grinding positions support efficient laboratory powder processing and sample preparation.
• High-Speed Grinding: Sun-wheel revolution speed of 50–300 RPM and milling jar self-rotation speed of 100–600 RPM.
• Automatic Cover Operation: The top cover opens and closes automatically to facilitate material loading and unloading.
• Automatic Jar Clamping: Programmable clamping control helps secure milling jars and reduce repetitive manual adjustments.
• Precision Positioning: Position sensors allow the milling stations to stop at repeatable positions for improved loading and unloading consistency.
• Touchscreen Control System: Provides programmable settings for milling speed, operating time, rest intervals, and clamping force.
• Eight 50 mL Milling Jars: The referenced package includes eight stainless steel jars with YSZ ceramic liners for laboratory sample processing.
• Optional Robotic Integration: Compatible robotic handling equipment may be integrated with PC-based control for automated jar loading and unloading.
• Optional Jar Scraping System: An automated scraping accessory may be available for selected milling applications.
• Advanced Research Applications: Suitable for battery materials, ceramics, metal oxides, powder mixing, mechanical alloying, and material formulation development.

The AM-SFM300 is designed to improve laboratory workflow efficiency by reducing repetitive manual operations associated with grinding jar installation, positioning, and equipment preparation. Its automated cover and clamping mechanisms allow selected operating steps to be controlled through the touchscreen interface.

During operation, the user can configure milling speed, operating duration, rest time, and clamping settings according to the material being processed. The precision positioning system enables the milling stations to stop at repeatable positions, simplifying access to the grinding jars after the programmed process has finished.

These features are especially useful for laboratories performing repeated grinding experiments, comparative materials research, and high-throughput sample preparation where consistent equipment operation and repeatable jar positioning are important.

For laboratories requiring automated material handling, the AM-SFM300 can be configured with an optional robotic arm and PC-based control system. When properly integrated, the robotic arm can support jar loading and unloading operations as part of a coordinated laboratory milling workflow.

• Automated Jar Handling: Optional robotic equipment can be configured to transfer compatible milling jars between designated positions.
• Repeatable Positioning: The machine’s positioning system facilitates alignment with automated loading and unloading operations.
• PC-Based Operation: Optional computer-based integration can coordinate supported robotic and milling operations.
• Reduced Manual Handling: Automated workflows may reduce repetitive jar transfer operations and improve laboratory processing efficiency.
• Flexible Research Integration: Automation functions can be evaluated according to the laboratory’s sample handling procedures and required system configuration.

The robotic arm is an optional accessory and is not part of the standard milling machine unless specifically included in the quotation. Final robotic compatibility, control interfaces, operating sequences, and safety arrangements should be confirmed before ordering.

The AM-SFM300 is supplied in the referenced configuration with eight 50 mL stainless steel milling jars featuring YSZ ceramic liners. The ceramic lining provides a ceramic contact surface for suitable powder processing applications and may help reduce direct contact between the sample and the stainless steel jar body.

• 50 mL Milling Jars: Eight jars are specified in the referenced equipment package, with a nominal capacity of 50 mL each.
• YSZ Ceramic Liners: Suitable for selected applications requiring ceramic sample-contact surfaces and controlled contamination.
• Alternative Jar Materials: Other compatible milling jar materials may be available according to sample properties and processing requirements.
• Optional Robotic Arm: Available for suitable automated loading and unloading configurations.
• Optional Automatic Scraper: A compatible scraping accessory may be available for selected milling jar applications.
• Grinding Media Selection: Milling balls should be selected based on material hardness, chemical compatibility, acceptable contamination, and desired particle size.

The machine has four milling stations and eight jars are included in the referenced package. The number of jars processed simultaneously and the robotic handling sequence depend on the installed fixtures and automation configuration. The nominal jar volume does not represent the recommended sample loading volume.

The AM-SFM300 is suitable for laboratories requiring automated powder processing, repeatable milling conditions, and efficient experimental material preparation. Its programmable control and optional robotic integration make it useful for research environments where consistent operation and reduced manual sample handling are important.

• Lithium-ion battery and solid-state battery materials research
• High-throughput powder preparation and experimental material screening
• Ceramic powder processing and metal oxide grinding
• Advanced functional materials development
• Mechanical alloying and metallic powder preparation
• Laboratory powder mixing and homogenization
• Experimental formulation and comparative materials research
• Automated laboratory sample preparation
• University and materials research institute applications
• Industrial R&D and laboratory automation projects

• Secure Jar Installation: Ensure all milling jars are correctly positioned and securely clamped before starting a milling cycle.
• Balanced Loading: Follow the manufacturer’s loading and balancing requirements for the installed milling stations and jar configuration.
• Clamping Force Settings: Adjust the programmed clamping force according to the approved jar configuration and operating instructions.
• Automated Cover Operation: Keep hands, tools, and other objects clear of the moving cover during automatic opening and closing.
• Robotic Integration Safety: Any optional robotic arm installation should include suitable safeguarding, operating procedures, and system-level risk assessment.
• Jar and Media Compatibility: Select grinding media compatible with the YSZ ceramic liner and the material being processed to minimize wear and contamination.
• Particle Size Performance: Actual grinding results depend on feed size, material properties, jar configuration, grinding media, speed, and milling duration.
• Electrical Requirements: Verify the operating voltage, transformer compatibility, protective grounding, and electrical connections before installation.
• Noise Management: The stated noise level is approximately 80 dB. Use suitable laboratory noise-control measures where required.
• Routine Maintenance: Inspect the jar fixtures, clamping mechanism, positioning system, and moving components regularly according to the operating manual.

Configuration Note: The referenced standard configuration includes eight 50 mL stainless steel milling jars with YSZ ceramic liners. Robotic arms, PC-based automation, automatic scraping systems, alternative grinding jars, transformers, and additional certification services are optional unless expressly included in the quotation. Final accessories, electrical specifications, compliance documents, and system integration requirements should be confirmed with PENGXIN Machinery before ordering.