CNC Hybrid Pipe & Tube Bending Machines | MZ168CNC-2A-1S
CNC Hybrid Pipe & Tube Bending Machines

● CNC Control: Provides precise and automated tube bending for consistent results.
● PLC and Hydraulic Drive: Ensures smooth, efficient operation with high reliability.
● Flexible Operation Modes: Supports manual, semi-automatic, and automatic modes for versatile usage.
● High Precision: Designed for accurate and high-quality tube bending.
● User-Friendly Interface: Touch-screen display with multiple pre-set bending angles and easy operation.
● Ideal for Mass Production: Suitable for large-scale tube processing in various industries.

CNC hybrid pipe & tube bending machines with PLC or IPC which manage Feeding (Y), Rotate (B) & Bending (C) in a complete automatic cycle.
Feeding (Y-Axis): Controlled by Servo motor.
Feeding (Y-Axis): Controlled by Servo motor.
Feeding (Y-Axis): Controlled by Servo motor.

We only use world-famous, popular-quality components in the production of our bending machinery: Japan Mitsubishi Servo, Hydraulic Germany Rexroth, Electrical France Schneider, Seal ring Japan NOK, CNC Controller Siemens or Japan Mitsubishi, and so on.

Our hybrid pipe & tube bending machines offer high precision, flexible processing capabilities, and superior surface finishing, meeting the diverse material and product requirements to ensure high-quality finished products.

The hydraulic and pneumatic drive system of the hybrid tube benders CNC is responsible for powering the movement and bending of pipes. Through connected hydraulic or pneumatic cylinders, it delivers the necessary force for precise pipe processing during bending operations.
Specification
NO. | Name | Unit | Parameters | Mark | |
1 | Max Processing Pipe Size | mm | Φ168×12t | Carbon steel | |
2 | Max Bending radius | mm | R500 | ||
3 | Min Bending radius | mm | 1.5D | Carbon steel | |
4 | Maximum ellipticity of bending | Not exceeding 10% of the outer diameter of the pipe | |||
5 | Max feeding length | mm | 4000 | ||
6 | Feeding method | 1. Direct feeding
2. Clamping feeding |
optional | ||
7 | Max bending angle | Degree | 190 | ||
8 | Using controller | PLC | |||
9 | Number of bends per fitting | 个 | 45 | ||
10 | Working speed | bending | Deg/sec | 20 | adjustable |
rotating | Deg/sec | 80 | adjustable | ||
feeding | Mm/sec | 300 | adjustable | ||
11 | accuracy | feeding | mm | ±0.1 | |
rotating | Degree | ±0.1 | |||
bending | Degree | ±0.15 | |||
12 | Rotating servo motor | Kw | 3 | Japan | |
13 | Feeding servo motor | Kw | 7 | Japan | |
14 | Data input mode | 1、Coordinate value(X、Y、Z)
2、Working value(Y、B、C) |
|||
15 | Hydraulic motor horsepower | Kw | 30 + 5.5 | ||
16 | Maximum pressure | MPa | 16 | adjustable | |
17 | Hydraulic system control | Solenoid directional valve | |||
18 | Fuel tank capacity | L | 650 | ||
19 | Machine weight | Kg | Around 16000 | ||
20 | Machine size | mm | 9100×2600×2050 |
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