Hydraulic Automation Equipment
This lathe uses hydraulic energy converted to mechanical energy to perform main actions (such as spindle clamping, slide forward/backward movement, cut-off, etc.). Control system automatically completes entire machining cycle according to preset program without need for continuous manual operation. Features include high output force, smooth operation, fast response, and suitability for high-volume continuous production.
Typical examples include hydraulic automatic lathe, hydraulic automatic milling machine, hydraulic automatic chamfering/cut-off machine, and multi-station hydraulic modular machine tool. This series of lathes can increase or reduce number of carriage cylinder units based on complexity of workpiece machining processes. Available in single-cylinder, double-cylinder, triple-cylinder, and four-cylinder models to meet automatic machining requirements of single-process or multi-process operations for various workpieces.
Specifications
|
Model |
Model 25, Model 32, Model 50 |
|
Workpiece Length |
60-250mm |
|
Workpiece Diameter |
Φ4-25mm (upgradable) |
|
Workpiece Shape |
Round, square, hexagonal |
|
eeding Method |
Rear feeding |
|
Length Tolerance |
≤±0.05mm |
|
Control System |
PLC+hydraulic system |
|
Motor Power |
1.5/2.2 KW |
|
Spindle Speed |
200-2500 RPM (stepless speed regulation) |
|
Power Supply |
380V 50HZ (three-phase four-wire) |
|
Total Machine Weight |
Approx. 550kg |
|
Overall Dimensions |
2500×800×1500 (L×W×H) |
Scope of Application
Suitable for automated machining of turning outer diameter, facing, chamfering, grooving, drilling, and other processes on various long shaft parts in batch production.
Equipment Manufacturing Process
Lead Generation & Requirement Research
Customer obtains information through online channels (TikTok/website) and visits factory for inspection. Both parties conduct in-depth technical communication on workpiece material, machining area, process difficulty, and target production capacity.
Solution Customization & Commercial Confirmation
Based on data analysis, we recommend suitable machine model and configuration, output detailed technical solution and quotation. After customer confirmation, both parties sign formal purchase contract.
Sample Submission, Deposit & Production Scheduling
Customer sends sample material for testing. After contract signing, customer pays 30%-50% deposit. Factory issues production process sheet, workshop performs precision machining and final assembly according to plan.
Debugging, Acceptance & Balance Settlement
Complete machine assembly and self-testing completed. Customer is invited to factory or remote acceptance via video. After acceptance passes, customer pays remaining balance.
Delivery, Sign-off & Closed-loop Archiving
After receiving balance, factory arranges professional packing and shipment to designated location. Customer signs on-site receipt, confirming equipment transport without damage. Transaction completed.
About Qiyang
Taizhou Qiyang Trading Co., Ltd. is a high-tech enterprise dedicated to the research and development, manufacturing, and sales of automated hardware machinery and precision CNC machine tools. By integrating advanced manufacturing expertise and technological resources from across the industry, the company is committed to providing global clients with high-quality machine tools and professional machining solutions.
FAQ
Q1. Which is more cost-effective: hydraulic machine or CNC machine?
A: For simple parts with high volume, choose hydraulic machine - faster speed, higher efficiency, lower maintenance cost. For complex shaped parts with small batch and variety, choose CNC machine - more flexible.
Q2. Can machine achieve fully automatic production line (feeding + machining + unloading)?
A: Yes. We offer standard automatic bar feeder, with optional vibratory bowl feeder, elevator, conveyor belt, and parts receiver to achieve fully automated production with one operator managing multiple machines.
Q3. How much does machine cost? Is there stock available?
A: Price depends on machining range (spindle bore diameter), configuration (brand of CNC system/hydraulic components), and functions (drilling/tapping capability). Standard model usually has demo unit available. Customized model typically requires 15-30 days production lead time.
Q4. What is payment term?
A: Typical process: sign contract with 30%-50% deposit → production → acceptance inspection → balance payment → shipment. If this is your first cooperation, welcome to visit factory for machine inspection.
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