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Dual-End Servo Boring Machine | High-Precision Bearing Housing and Head Tube Hole Machining Equipment | HC0303 Series
Precision, flexibility, and ease of operation: a one-stop solution for dual-end processing challenges.
Are you still exhausted by slow boring processes, inconsistent accuracy, and the hassle of manual machine adjustments? What you need is not just a regular boring machine, but a...Dual-end servo boring machine.
This machine combinesservo motorandPLC control system, pairingHMI graphical dialogue windowIt's not only intuitive to operate, but you don't need to retrain it when someone changes hands, and even the on-site instructors say it's easy to use.
One machine handles both ends of the processing, directly upgrading production efficiency.
HC0302K is a product developed in Taiwan.Post-MechanicalManufactured Dual-end servo boring machine(Double End Servo Fine Boring Machine). This model is designed to improve production efficiency and ensure high-precision hole machining, and can perform precision machining on both ends of a workpiece simultaneously in one work cycle.
HC0301Y is made by Post-Mechanical Production CNC double-end boring machineModel. This machine is a specialized automated device primarily used for high-precision CNC boring of the ends of pipe fittings or other workpieces, designed to ensure extremely high concentricity and roundness.
HC0301U is Post-Mechanical One of the products produced CNC double-end precision boring machine(CNC Double-End Fine Boring Machine). This machine belongs to Housheng Machinery's standard CNC boring machine series and is specifically designed for automated, high-precision hole finishing of both ends of pipes or round workpieces.
Differences between machines
The core function of the three Housheng Machinery double-end boring machines, HC0301Y, HC0301U, and HC0302K, is to perform precision boring at both ends of a workpiece. Their main difference lies in...control system、Automation levelAnd whether the machine is a standardized design or a specialized design.
| characteristic | HC0301Y/U (Standard CNC Machine) | HC0302K (Servo Dedicated Unit) |
|---|---|---|
| control system | CNC Numerical Control | PLC + Servo Control |
| Machine type | Standard/General Type | Customized special machine |
| Operational flexibility | High performance, allowing for quick setting of parameters and strokes via the CNC interface. | In this system, the main reliance is on the PLC's preset program; adjusting parameters requires advanced settings. |
| Production mode | SuitableSmall quantities, diverse varietiesProduction lines that require frequent material changes. | Specifically designedMass productionDesign of workpieces with fixed specifications. |
| Adjust difficulty | Adjusting the size is intuitive and quick. | Changing lines or adjusting dimensions is complex and inefficient. |
| Design Highlights | emphasizeVersatility, flexibility, and quick cable changeover. | emphasizeUltimate efficiency, stability, specialization. |
The machine's 6 key advantages
Precision comes from servo drives, so it is not affected by unstable machining.
Unlike traditional hydraulic or pneumatic control, servo motors paired with high-precision ball screws enable more linear boring feed, achieving high repeatability and machining consistency. They perform particularly stably for high-requirement automotive parts, aluminum tubes, and chassis machining.
PLC control + HMI human-machine interface, even beginners can get started quickly.
You read that right. This machine is equipped with a PLC programmable logic controller and a touch-screen graphical user interface (HMI). Scheduling and changing parameters is as simple as operating a mobile phone, making on-site machine adjustments less daunting.
Rigid rail design and high-rigidity bed ensure stable operation even under heavy machining loads.
The entire machine adopts a rigid rail slide design, which provides higher shock resistance and support. Whether it is boring large steel parts or high-hardness workpieces, the processing is stable and does not deviate, allowing you to do rough boring and fine boring in one machine.
Manual tool changer design allows for more flexible cost control.
Compared to automatic tool changers, this machine uses a manual tool changer, which makes maintenance and tool replacement simple and cost-effective, making it more suitable for small to medium batch and customized multi-item processing.
Space-saving chassis design, even small manufacturers can easily achieve this.
With its small footprint, neat wiring, and compact structure, it allows you to arrange dual-end processing flows even in limited spaces, eliminating the hassle of site configuration.
High potential for multitasking integration and significant customization potential.
Depending on the needs, it can be integrated with jigs, laser alignment, depth sensing, vision positioning and other systems, making it highly flexible for upgrades. It is a promising star in the eyes of special machine developers and automation engineers.
Which parts are suitable for processing? A clear explanation of industrial applications.
- Electric vehicle aluminum alloy frame caving
- Motorcycle front and rear fork round tube/center tube positioning bore
- Bicycle aluminum alloy frame drilling
- Lamination of connecting pipes for fitness equipment
- High-precision self-aligning boring of steel structural components
One machine handles both ends, with a super-fast return on investment!
In today's world, where on-site manpower is becoming increasingly scarce and workpiece requirements are becoming increasingly stringent...
ThisDual-end servo boring machineMore than just a production tool, it's a key weapon to help you save time, control costs, and compete on quality.
If you are looking forSpecialized machine solutions to improve production line efficiencyThis machine is definitely worth talking about.
Processing demonstration pictures and videos
Frequently Asked Questions (FAQ)
What is a dual-end servo boring machine?
The so-called "double-end boring machine" is one that can...Simultaneously, borer operations are performed on both ends of the workpiece.This saves time on repeated disassembly and reassembly. Now, with the addition of...Servo drive systemBoring depth and feed ratePrecise controlIt's not only accurate, but also more stable.









