CNC Vertical 7-Axis Gear Skiving Machine Cutting for Internal External Straight Helical Gear

• Customization: Available
• After-sales Service: Available
• Warranty: 1 Year
• Model NO.: YK8170
• Application: Metal
• Process Usage: Metal-Forming CNC Machine Tools
• Movement Method: Contour Control
• Control Method: Semi-Closed Loop Control
• Numerical Control: CNC/MNC
• Processing Precision: 0.01~0.02(mm)
• Performance Classification: High-End CNC Machine Tools
• Certification: GS, CE, ISO 9001
• Condition: New
• Service: After-Sale Service
• Optional: Online Measuring System
• Characteristic: Stable Precision
• Weight: 15000kg
• Transport Package: Standard Wooden Box
• Specification: Standard
• Trademark: GEEPRO
• Origin: China
• Production Capacity: 200PCS/Year
• Package Size: 263.00cm * 392.00cm * 340.00cm
• Package Gross Weight: 15000.000kg

Product Description

Gear Skiving Machine

Introduction

 

• Advanced Axial Control System: The gear skiving machine is equipped with seven CNC axes, featuring a sophisticated four - axis synchronized control mechanism for motion. This advanced control system enables highly precise and coordinated movements, ensuring accurate and efficient gear machining operations.
• Versatile Gear Processing Capabilities: It is capable of processing a wide variety of gears, including both internal and external straight teeth and helical teeth. The machine is furnished with specialized software for internal and external gear processing, which is optimized to handle different gear geometries with precision and ease.
• Robust Direct - Drive Structure: The main spindle and worktable of the machine adopt a direct - drive structure. This design provides exceptional transmission stability and accuracy, making it well - suited for operations that require large cutting depths and heavy - duty machining.
• Integrated Tooling and Probing Systems: The machine is equipped with a tool magazine that can hold up to eight tools, ensuring a sufficient tool inventory for various machining tasks. Additionally, it is outfitted with two sets of probing systems, one for tools and the other for workpieces. These probing systems can accurately detect the positions of tools and workpieces independently, enabling precise setup and machining.
• Diverse Machining Operations: It can perform a comprehensive range of gear machining operations, including rough and finish turning of gears, single - flank turning, and offset angle turning. This versatility allows for the production of gears with different characteristics and requirements.
• Multi - Functional Machining Capability: Beyond gear skiving, the machine is also capable of integrating turning and drilling functions. This multi - functionality reduces the need for multiple machines in a production line, enhancing overall production efficiency.
• Specialized Software for Unconventional Tooth Forms: Special processing software is available for machining special tooth forms such as micro - conical teeth, crowned teeth, and K - type teeth. This software enables the production of gears with complex geometries that are often required in high - precision applications.
• Superior Machine Performance: The gear skiving machine offers outstanding rigidity, ensuring stable precision during long - term use. Its high - efficiency design, combined with user - friendly operation, makes it a valuable asset in gear manufacturing facilities.
• Flexible Tool Post Design: The tool post of the machine can rotate freely within a range of ±25°, providing flexibility for different machining angles. It is also equipped with a locking device to ensure stable positioning during machining.
• Automation - Ready Interface: The machine provides signal interfaces for external automation. This allows for seamless integration with automated storage bins, enabling automatic loading and unloading of workpieces. Additionally, it can be paired with robots for fully automated gear processing, further enhancing productivity and reducing labor costs.
• Efficient Chip Evacuation System: A wet magnetic chip evacuation system is employed, which effectively collects and disposes of chips from the rear of the machine. This system helps maintain a clean machining environment and prolongs the service life of the machine components.

YK8170 The main technical parameters
Max workpiece diameter mm	800
Max machining module	8
Max. axial feed stroke   mm	500
Max. tool holder swivel angle A1	±30°
Max. number of teeth to be machined	5~1000
Max. spindle speed   rpm	1300
Spindle speed ratio/torque  Nm	direct drive/800
Max. table speed   rpm	600
Table speed ratio/torque   Nm	direct drive/800
Total power supply   KVA	110
Spindle motor power   KW	50
Table motor power   KW	50
Floor space of main machine(LxW)  mm	3800x2700
Total floor space(LxW)(including chip conveyor)  mm	2630x3920
Machine height  mm	3400
Machine weight  kg	≈15000

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