40-Ton Laboratory Pellet Press with Built-in Hydraulic Pump

The 40-Ton Laboratory Pellet Press with Built-in Hydraulic Pump offers robust performance for pressing up to 40 metric tons, ideal for materials and chemistry research. Its compact, desktop design and advanced features make it a reliable choice for preparing compound samples in laboratories.

Key Features

High Pressure Capacity:

• Capable of pressing up to 40 metric tons (88,185 lbs), making it suitable for demanding sample preparation applications.

Built-in Hydraulic Pump with Auto-Return:

• The integrated hydraulic pump simplifies operations and includes an auto-return function for enhanced efficiency and user convenience.

Compact and Versatile Design:

• A maximum working space of 6.1" x 4" x 6.7" (LxWxH) accommodates various die sets.
• Compatible with Across International 4" ID round die sets and other available die sizes (sold separately).

Safe for Glove-Box Operations:

• Optimized for use in glove-box environments, under both oxidizing and inert gas atmospheres, enabling versatility in sensitive research applications.

Durable Construction:

• Compact dimensions (13" x 8" x 22") and a machine weight of 120 lbs ensure stability and longevity in demanding laboratory conditions.

Specifications

• Maximum Pressure: 40 metric tons (88,185 lbs)
• Working Space: 6.1" x 4" x 6.7" (LxWxH)
• Hydraulic Cylinder Travel Distance: 1 inch
• Machine Dimensions: 13" x 8" x 22" (LxWxH)
• Machine Weight: 120 lbs
• Shipping Weight: 150 lbs
• Shipping Dimensions: 21" x 15" x 24"
• Compatible Dies: Across International 4" ID round die sets (other sizes available at additional cost)

Safety Features

• Always wear protective goggles during operation to ensure safety while using the press.

Conclusion

The 40-Ton Laboratory Pellet Press is a versatile and reliable tool for research laboratories requiring precision and high pressure for sample preparation. Its compact design, advanced hydraulic system, and glove-box compatibility make it an essential addition to modern labs focused on materials science and chemistry.