Semi-automatic pipe bending machine is a kind of equipment between manual and automatic CNC pipe bending machine, with a certain automation function, but still need manual assistance operation. Its characteristics are as follows:
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1. Easy to operate, high manual participation
Manual + automatic combination: loading, positioning and other steps are usually completed manually, and the machine automatically completes the bending action (such as hydraulic or electric driven pipe bending).
Suitable for small and medium-sized batch production: higher efficiency than manual pipe bending machine, but not as automatic CNC models, suitable for flexible production needs.
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2. Medium accuracy and flexibility
Controllable accuracy: Through mechanical limit or simple CNC adjustment, the accuracy is generally ±0.5°~±1°, which can meet the general industrial needs (such as furniture and guardrail processing).
The mold can be replaced: support the replacement of different specifications of the mold, to adapt to a variety of pipe diameters (such as Φ10mm~Φ100mm) and bending Angle.
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3. Cost effective
Lower price: Compared with automatic CNC pipe bending machine, equipment costs and maintenance costs are lower.
Moderate energy consumption: more hydraulic or ordinary motor drive, energy consumption is higher than manual but lower than high-precision servo system.
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4. Functional and adaptable
Complete basic functions: can complete conventional bending (such as 90°, 180°), pipe cutting (some models integrated) and other operations.
Material compatibility: Applicable to carbon steel, stainless steel, copper pipe and other common metal pipes.
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5. Stable structure and simple maintenance
Strong mechanical structure: casting or steel plate welded body, strong deformation resistance.
Low failure rate: hydraulic system or mechanical transmission structure is simple, maintenance technical requirements are not high.
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Step 6: Limitations
Rely on manual experience: feeding length, Angle adjustment requires manual intervention, the operator has certain skill requirements.
Efficiency bottleneck: the speed of mass production is significantly lower than that of fully automatic equipment.
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Typical application scenario
Small and medium-sized processing plants: such as door and window guardrail, motorcycle frame, bathroom hardware.
Repair shop: Small batch customization or repair replacement pipe fittings.
