CNC Pipe Bending | MZ50CNC-4A-2S
CNC Pipe Bending

● Drive System: Combines servo and hydraulic drives for efficient, precise operation.
● Control System: Centralized electrical control of bending angle, feeding, rotation, and die changes.
● Hydraulic Mechanism: Independent hydraulic cylinders for clamping, guiding, mandrel, and die changes, ensuring smooth and synchronized movement.
● Bending Capabilities: Supports both mandrel and non-mandrel bending for different pipe types.
● Operation Modes: Offers jog and single-action modes for easy operation and maintenance.
● Industry Applications: Widely used in shipbuilding, boilers, chemical, and automotive manufacturing.

CNC pipe bending with PLC or IPC which manages Feeding (Y) , Rotate (B) & Bending (C) in a complete automatic cycle.
Alimentation (axe Y) : Contrôlé par un servomoteur.
Alimentation (axe Y) : Contrôlé par un servomoteur.
Alimentation (axe Y) : Contrôlé par un servomoteur.

Industry computer(IPC) touch screen 10inch/15inch offers easy access to automatic and manual operating modes.
System diagnostics and multiple language capability.
Fully hydraulic clamping on clamp die and pressure die.
Equipped with an adjustable speed valve on the pressure die ensures the synchronization of bending.
D Simulation Function and Drawing Transfer Function
Connexion Wifi et contrôle à distance

Fully hydraulic movement on clamp die, pressure die, and mandrel.
Available pipe material: steel, stainless, aluminum, titanium, and brass...
Available pipe shapes: Round, Square, Rectangle, Oval, Solid Bar, and other profiles...
Equipped with a Japan Omron encoder ensures the accuracy and stability of bending.

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

Europe designed structures with higher precision and speed. Keep the machine used for a long time.

Using a CNC pipe bending machine enables the efficient and precise production of complex-shaped metal pipes, enhancing product strength and aesthetics to meet diverse industrial demands.
Spécifications
NON. | Nom | Unité | Paramètres | Marque | ||
1 | Taille maximale du tuyau de traitement | mm | Φ50×3t | Acier au carbone | ||
2 |
Rayon de courbure
|
flexion
|
Round pipe
|
mm |
1,5D-5D |
Peut être personnalisé |
Rectangular tube |
2D-5D |
|||||
poussant
|
Round pipe
|
6D-.... |
||||
Rectangular tube |
7D-.... |
|||||
3 | Longueur maximale d'alimentation | mm | 2500 | Peut être personnalisé | ||
4 | Méthode d'alimentation | 1. Alimentation directe
2. Alimentation par serrage |
En option | |||
5 | Angle de flexion maximal | Diplôme | 190 | |||
6 | Utilisation du contrôleur | IPC | ||||
7 | Nombre de coudes par raccord | 个 | 30 | |||
8 | Vitesse de travail | flexion | Deg/sec | 80 | réglable | |
tournante | Deg/sec | 120 | réglable | |||
l'alimentation | Mm/sec | 800 | réglable | |||
9 | précision | l'alimentation | mm | ±0.1 | ||
tournante | Diplôme | ±0.1 | ||||
flexion | Diplôme | ±0.1 | ||||
10 | Servomoteur rotatif | Kw | 0.75 | Mitsubishi | ||
11 | Servomoteur d'alimentation | Kw | 5 | Mitsubishi | ||
12 | Servomoteur de cintrage | Kw | 7 | Mitsubishi | ||
13 | Puissance du servomoteur pour le remplacement du moule | Kw | 0.75 | Mitsubishi | ||
14 | Mode d'entrée des données | 1、Coordonnée(X、Y、Z)
2、Working value(Y、B、C) |
réglable | |||
15 | Hydraulic motor | Kw | 5.5 | |||
16 | Pression maximale | MPa | 14 | 可调 | ||
17 | Contrôle du système hydraulique | Electromagnetic reversing valve | ||||
18 | Oil tank capacity | L | 150 | |||
19 | Poids de la machine | Kg | 3000 | |||
20 | Taille de la machine | cm | 480×120×150 |
vidéo
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