In modern materials research, reproducibility and throughput are more important than ever. Whether you are developing solid-state electrolytes, advanced ceramics, thermoelectric materials, or functional powders, pellet preparation remains a critical step that directly impacts experimental results.

The AM-YLJ-8T Automated Pellet Pressing System is designed to eliminate manual bottlenecks and bring consistency, efficiency, and automation to powder pelletizing workflows.

Fully Automated Pellet Preparation

The AM-YLJ-8T automates the entire pellet pressing process, including:

• Die assembly
• Powder pellet pressing
• Die disassembly
• Pellet retrieval

With the ability to process up to six die sets per batch and deliver pressing forces up to 8 tons, the system significantly reduces operator intervention while ensuring highly repeatable sample preparation.

Designed for Modern Research Laboratories

The compact footprint makes the AM-YLJ-8T ideal for:

• Materials science laboratories
• Solid-state battery research
• Advanced ceramics development
• High-throughput materials screening
• Autonomous and self-driving laboratories

The glovebox-friendly design enables safe and efficient operation with air-sensitive materials, including sulfide-based solid electrolytes and moisture-sensitive powders.

Intelligent Operation with Touchscreen Control

The integrated LCD touchscreen provides intuitive programming and process control. Researchers can easily define pressing parameters, standardize protocols, and minimize user-to-user variability.

Key benefits include:

• Improved reproducibility
• Reduced manual labor
• Consistent pellet dimensions and density
• Increased laboratory productivity

Built for Autonomous Experimentation

The AM-YLJ-8T features a modular architecture that can operate as a standalone pelleting system or integrate with MTI’s automated materials preparation platforms.

When paired with automated powder dispensing, mixing, sintering, thermal treatment, and data management systems, the AM-YLJ-8T becomes a critical component in autonomous research workflows, enabling:

• High-throughput experimentation
• Closed-loop materials discovery
• AI-driven research platforms
• Unattended operation

Key Specifications

• Model: AM-YLJ-8T
• Maximum Pressing Force: 8 Tons
• Standard Pressing Die: 6 sets of 10 mm ID dies
• Throughput: 60 minutes per 6 samples
• Control Interface: LCD Touchscreen
• Compact and glovebox compatible
• Software: Data acquisition and instrument communication

Transform Pellet Preparation into Automated Workflow

As laboratories move toward higher throughput, greater reproducibility, and autonomous experimentation, sample preparation can no longer remain a manual process. The AM-YLJ-8T Automated Pellet Pressing System delivers reliable, programmable, and scalable pellet production, helping researchers spend less time preparing samples and more time generating discoveries.

May you have any questions, please contact us at contact@accessr-energy.eu