NCZMXB-303-3-S Closed Type CNC Busbar Machine

The machine is controlled by a Siemens or Panasonic PLC and touch screen, designed to process copper and aluminum busbars of different specifications. By selecting the appropriate station, users can efficiently perform various operations, including shearing, punching, flat bending, vertical bending, embossing, and flattening.

main features

The Integrated CNC Busbar Processing Center: Precision, Speed, and Reliability
Elevate your busbar production with our all-in-one CNC Processing Center, engineered for unmatched precision and efficiency. Controlled by a robust PLC system, it surpasses traditional relay logic in stability and reliability, ensuring consistent, high-quality output.

Intelligent Control & Core Features:
The system’s intelligent core performs automatic numerical angle calculation, Z-bend calculation, material length optimization, and applies real-time angle and inertia compensation. Features like bending pressure maintenance and automatic start-stop guarantee process consistency and energy efficiency.

Designed for Maximum Productivity:
The three fully independent workstations operate concurrently, enabling simultaneous punching, shearing, and bending—dramatically increasing throughput and reducing job completion time.

Station-by-Station Excellence:

1、Shearing Station: Precision That Saves Material
The dual-column shear mechanism with a precision-ground blade delivers perfectly clean, burr-free cuts. This eliminates material waste and deformed edges, producing ready-to-assemble parts with every cycle.

2、Punching Station: Durability Engineered In
Choose from a 4, 6, or 8-position rotary turret to match your tooling needs. Crucially, the turret is machined from a single, integral casting, guaranteeing perfect, permanent alignment between upper and lower dies. This maximizes die concentricity, reduces wear, and significantly extends tool life, lowering your long-term operating costs.

3、Bending & Embossing Station: Uniformity and Flexibility
The closed bending structure ensures exceptional rigidity for uniform flat bending and precise embossing operations. It utilizes two fully independent worktables, allowing for complex, multi-stage bending sequences without interference, maximizing operational flexibility.

Built to Last – The Foundation:
The machine’s reliability is anchored by its hydraulic system. The oil tank is constructed from 3mm-thick, phosphated steel plates, providing superior corrosion resistance and ensuring long-term, stable hydraulic performance without degradation.

technical parameter

ModelNCZMXB-303-3-SNCZMXB-503-3-S
Nominal pressure300KN500KN
Maximum machining size12*160mm16*250mm
Punching rangeΦ4.3~25mmΦ4.3~34mm
Maximum machining width of inclined stand100mm*10mm100mm*10mm
Bed dimension1300mm*1200mm1500mm*1400mm
Machine shape1750mm*1450mm*1300mm2000mm*1650mm*1550mm
Machine weight1350kg1750kg
Bending CNCyesyes
Three workstations operating simultaneouslyyesyes

FAQ

The equipment is primarily designed for manufacturing copper and aluminum busbars, particularly suitable for standard rectangular busbars. The processing width, thickness, and length can be configured or customized according to the client's specific requirements, ensuring long-term stable operation without overload.

The standard configuration typically includes punching, shearing, and bending stations, enabling continuous multi-step processing. This multi-station design effectively reduces the turnaround time of the busbar between different machines, thereby enhancing overall processing efficiency.

The equipment features a high-rigidity integral structure and a stable hydraulic system, combined with precise positioning technology to ensure consistent hole positions, lengths, and bending angles, making it ideal for batch continuous production.

The system supports customized configurations including tonnage capacity, busbar specifications, power voltage, control modes, mold configurations, and automation levels, ensuring seamless alignment with clients' actual production requirements.

The operational logic is clear, and the control system is user-friendly. Ordinary employees can operate independently after brief training, reducing reliance on highly skilled workers.

The equipment is engineered for industrial continuous operation. With proper operation and maintenance, it maintains stable performance under high-intensity conditions.

Routine maintenance primarily involves basic inspections and periodic upkeep, which are low-complexity. We provide detailed maintenance guidance to help extend the service life of your equipment.

We provide remote technical support, video tutorials, hands-on training, and spare parts assistance, covering basic operations, mold assembly/disassembly, routine maintenance, and troubleshooting (including alarm handling and hydraulic leak resolution) to ensure long-term stable operation of your equipment.

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