PNX-III Series

PNX-III machine from Nissei

The PNX-III Series from Nissei delivers quick mold changes, flexible clamping, superior efficiency, enhanced safety, and budget-friendly options, ideal for boosting injection molding productivity.

PNX-III machine from Nissei

About PNX-III Series

The Nissei PNX-III Series is a hybrid injection molding solution combining the reliability of hydraulic systems with the energy efficiency of electric technology. Powered by Nissei’s “X-Pump” system, it delivers precise performance, quick response times, and versatility for various production needs, making it a top choice for manufacturers seeking efficiency and sustainability.

Key Features of the PNX-III Series

The Nissei PNX-III Series combines energy efficiency with precision using its advanced “X-Pump” system, which minimizes power use while delivering fast, accurate molding. With a durable hybrid design, low maintenance needs, and versatile application support, it’s perfect for manufacturers prioritizing performance and sustainability.

Comparison of power consumption on X-Pump
Intelligent Hybrid X-Pump® System

Benefits of Choosing PNX-III Series

The PNX-III Series offers cost efficiency, consistent quality, and scalable performance, making it ideal for both small and large-scale production. With user-friendly controls, sustainable technology, and Nissei’s trusted design, it streamlines operations while enhancing productivity and profitability.

PNX-III Series Specifications

Click the dropdowns below to view detailed specifications for each model in the PNX-III Series.

ItemUnit2A5A (std)
Screw Diameterinch (mm)A: 0.63 (16) B: 0.75 (19)A: 0.87 (22) B: 1.02 (26) BB: 1.10 (28)
Injection Capacityinch³ (cm³) (oz)0.79 (13) (0.44) 1.1 (18) (0.6)2.1 (35) (1.2) 3.0 (49) (1.6) 3.5 (57) (1.9)
Max. Injection Pressurepsi (MPa) (kgf/cm²)39820 (274) (2800) 30930 (213) (2175)40100 (276) (2820) 30290 (209) (2130) 26170 (180) (1840)
Clamping ForceUSton (kN) (tf)45 (405) (41) 
Clamping Strokeinch (mm)11.8 (300) 
Min. Mold Thicknessinch (mm)6.7 (170) 
Max. Daylight Openinginch (mm)18.5 (470) 
Tie Bar Clearance (H×V)inch (mm)12.2 x 12.2 (310 x 310) 
Die Plate Dimensions (H×V)inch (mm)17.7 x 17.7 (450 x 450) 
Ejector Strokeinch (mm)2.4 (60) 
ItemUnit5A (std)
Screw Diameterinch (mm)A: 0.87 (22) B: 1.02 (26) BB: 1.10 (28)
Injection Capacityinch³ (cm³) (oz)2.1 (35) (1.2) 3.0 (49) (1.6) 3.5 (57) (1.9)
Max. Injection Pressurepsi (MPa) (kgf/cm²)40100 (276) (2820) 30290 (209) (2130) 26170 (180) (1840)
Clamping ForceUSton (kN) (tf)72 (641) (65)
Clamping Strokeinch (mm)16.9 (430)
Min. Mold Thicknessinch (mm)6.7 (170)
Max. Daylight Openinginch (mm)23.6 (600)
Tie Bar Clearance (H×V)inch (mm)12.8 x 12.8 (325 x 325)
Die Plate Dimensions (H×V)inch (mm)18.8 x 18.8 (478 x 478)
Ejector Strokeinch (mm)2.8 (70)

 

PNX-III Series FAQ's

A: The “X-Pump” is an innovative hybrid pump system that combines the strengths of hydraulic and electric injection molding machines. It offers energy-saving operation and quick response times comparable to electric machines, while maintaining the durability and low maintenance benefits of hydraulic systems.

A: The PNX-III Series’ hybrid design provides:

  • Durability: Direct-pressure clamping ensures long machine life.
  • Low Maintenance: Simplified systems reduce upkeep requirements.
  • Energy Efficiency: The “X-Pump” system minimizes energy consumption.
  • High-Speed Injection: Capable of rapid injection processes.
  • Quick Response: Fast operational responses enhance productivity.
  • High Repeatability: Consistent performance in repeated operations.
  • Low Operation Noise: Quieter operation improves the working environment.

A: The PNX-III Series offers models with clamping forces of 405 kN (41 U.S. tons) and 641 kN (65 U.S. tons), suitable for various molding requirements.

A: The “X-Pump” system operates the servomotor only when necessary, leading to significant energy savings and efficiency comparable to electric injection molding machines.

A: The PNX-III Series is versatile and can handle a wide range of injection velocities, from ultra-low to high-speed, making it ideal for various molding applications, including precision components and general-purpose products.