Effortless Precision: The PBF-IPEX Crimping Machine for Coaxial Cable Assembly

The PBF-IPEX Crimping Machine is a revolutionary solution for coaxial cable assembly, specifically designed for 1-PX connector applications.  This innovative machine delivers exceptional performance with a focus on efficiency, user-friendliness, and quiet operation.

Key Features:

Quiet Operation: Minimizes noise disruption through a unique design that activates the motor only during crimping, eliminating loud mechanical and electromagnetic sounds.

Maintenance-Free Design: Reduces wear and tear by replacing traditional clutches with electrical control, along with using hydrogen-permeation treated parts for enhanced strength. This combination ensures long-term reliability and minimal maintenance requirements.

Energy Efficient: Offers significant energy savings compared to traditional machines. The PBF-IPEX consumes only 0.556 kWh per hour during operation, resulting in substantial energy cost reduction.

User-Friendly PLC Control: Provides a simple and intuitive interface with easy switching between manual and automatic modes, allowing for effortless operation.

Versatile Functionality: Ideal for riveting and forming 1-PX series precision connector terminals, while also being suitable for crimping other related connectors, offering broad application coverage.

Technical Specifications:

Function: PBF-IPEX Terminal Crimping Machine

Production Rate: 1500-1800 pcs/hour

Appropriate Wire Gauge: <= 2.5 mm2

Applicable Terminals: 0.81/1.13/1.32/1.37/1.78 mm

Power Supply: AC 110-220V, 50-60Hz

Noise Level: < 70 dB(A)

Air Source: 0.5-0.7 MPa (5-7 bar)

Stroke: 30 mm

Dimension: 350 x 260 x 200 mm

Net Weight: 8 Kg

The PBF-IPEX Crimping Machine is a perfect solution for anyone  who needs a quiet, efficient, and user-friendly tool for  crimping 1-PX connectors and other related terminals.  This innovative machine offers a combination of  advanced features and a user-centric design,  making it a valuable asset for professional  coaxial cable assembly applications.