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60T Split-Type Automatic Tablet Press for Glove Box Applications

April 8, 2026

Case Overview

Client: A New Materials Company in Pakistan
Application:

  • Sulfide solid-state electrolyte pellet preparation
  • Integrated lithium metal electrode forming

Core Requirements:

  • Full compatibility with glove box environments (≤0.1 ppm O₂/H₂O)
  • High-pressure, high-precision pressing
  • Eliminate oxidation risks and improve efficiency over manual operation

Equipment Model: HAP-60FS 60T Split-Type Automatic Tablet Press (Glove Box Customized Version)
Deployment Time: March 2026
Service Support: Remote technical guidance, commissioning, and operator training

Automatic Tablet Press for Glove Box Applications

Customer Challenges

Environmental Sensitivity

Sulfide solid electrolytes and lithium metal are अत्य extremely sensitive to oxygen and moisture. Traditional manual presses could not maintain a fully sealed environment, leading to oxidation, brittleness, and poor data repeatability.

Low Efficiency

Manual pressing required approximately 20 minutes per batch, with density deviations exceeding ±3%, making it unsuitable for high-throughput experiments and publication timelines.

Complex Operation

Manual control of pressure, holding, and release relied heavily on operator experience, resulting in inconsistent density and frequent sample defects.

Space Constraints

Limited glove box space made it difficult to install conventional integrated presses, which also risked contaminating the internal environment.

Automatic Tablet Press for Glove Box Applications

Solution

Split-Type Structural Design

The control unit is positioned outside the glove box, while the pressing module operates داخل the chamber. This design:

  • Saves internal space
  • Prevents powder contamination of electrical components
  • Enhances system safety and cleanliness

Precision Control System

  • Pressure range: 0–60 tons
  • Accuracy: ±0.1 ton
  • 30 programmable stages (pressing, holding, release)
  • Holding time: 0–999 seconds adjustable

The system automatically calculates pressure parameters, reducing density deviation to within ±1%.

Safety Integration

  • Automatic pressure relief with cylinder limit protection
  • Emergency stop function
  • Leakage protection system
  • Reinforced safety door (acrylic + metal structure)

Fully compatible with inert gas circulation inside the glove box.

Service & Support

Custom Integration

Tailored to the client’s glove box dimensions (1500 × 900 × 800 mm), ensuring seamless installation and operation.

Training Program

Bilingual (English & Chinese) training covering:

  • Parameter setup
  • Mold maintenance
  • Troubleshooting

After-Sales Support

  • 1-year warranty
  • Lifetime maintenance
  • Regular system checks
  • Process optimization guidance
Automatic Tablet Press for Glove Box Applications

Results & Performance

Significant Efficiency Improvement

  • Cycle time reduced from 20 minutes to 4 minutes
  • Over 5× increase in productivity
  • Faster R&D turnaround

Enhanced Data Quality

  • Smooth, defect-free samples
  • Density deviation controlled within ±1%
  • Improved experimental consistency

Simplified & Safer Operation

  • Fully automated workflow
  • Minimal manual intervention
  • Complete elimination of oxidation risks

Optimized Space Utilization

  • 30% more usable glove box space
  • Improved lab layout efficiency

Customer Feedback

“The 60T split-type automatic press perfectly fits our glove box environment. It solves critical challenges in handling sensitive materials while significantly improving efficiency. The system is easy to operate, highly precise, and backed by professional technical support. It has become essential for our solid-state battery research.”

Automatic Tablet Press for Glove Box Applications

Conclusion

With its split-type design, precision automation, and full-service support, the HAP-60FS delivers a complete upgrade in efficiency, quality, and safety for sensitive material processing.

This solution is highly suitable for advanced applications such as:

  • Solid-state batteries
  • Metallic glass materials
  • Perovskite research

It provides laboratories with a stable, efficient, and contamination-free pelletizing solution in controlled environments.

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