Project Overview
YK5150 CNC vertical gear shaping machine with 3-axis servo control, GB/T 6 (ISO 6) accuracy, 500 strokes/min. Automated solution for internal/external gears, helical gears, splines. CE/ISO certified, factory direct.
YK5150 CNC Vertical Gear Shaping Machine: The Future of Automated Gear Manufacturing
Revolutionizing Precision Gear Production with Full CNC Automation
In today’s competitive manufacturing landscape, efficiency and precision are no longer luxuries—they’re necessities. The YK5150 CNC Vertical Gear Shaping Machine represents a quantum leap in gear manufacturing technology, combining full CNC automation with industrial-grade precision to deliver unparalleled production capabilities. Designed specifically for the demanding requirements of automotive transmission, precision reducer, and mold manufacturing industries, this machine transforms complex gear production from a labor-intensive process to a streamlined, automated operation.
Traditional gear shaping machines required skilled operators for manual adjustments, leading to inconsistencies and production bottlenecks. The YK5150 eliminates these challenges through its advanced 3-axis CNC servo system, enabling automatic gear cutting, tool compensation, and multi-step programming. This technological advancement reduces human error by 90% while improving production efficiency by 60% compared to conventional manual gear shapers, making it an essential investment for manufacturers seeking to optimize their production lines and maintain competitive advantage in global markets.
Technical Specifications: Precision Engineering at Its Finest
Comprehensive Performance Parameters
| Parameter | Unit | YK5150 Specification |
|---|---|---|
| Max. Machining Module | mm | 8 |
| Max. External Gear Diameter | mm | 500 |
| Max. Internal Gear Diameter | mm | 400 |
| Max. Gear Face Width | mm | 150 |
| Ram Stroke Range | mm | 20 – 150 |
| Ram Stroke Frequency | strokes/min | 100 – 500 |
| Main Motor Power | kW | 7.5 |
| Control System | – | 3-Axis CNC Servo System |
| Machining Accuracy Grade | – | GB/T 6 (ISO 6) |
| Net Weight | kg | 7800 |
| Power Supply | – | 3 Phase 380V, 50Hz (Customizable) |
| Overall Dimensions (L×W×H) | mm | 3200 × 2200 × 2600 |
| Working Area | mm | 3200 × 2200 × 2600 |
| Spindle Speed | strokes/min | 100 – 500 |
| Accuracy | – | GB/T 6 (ISO 6) |
| Tool Capacity | – | 12 |
Advanced Technological Architecture
- 3-Axis CNC Servo Control: Independent servo drives for X, Y, and Z axes enable precise positioning and movement control throughout the cutting process
- High-Frequency Ram Operation: Stroke frequency up to 500 strokes/min ensures rapid material removal while maintaining cutting accuracy
- Extended Stroke Range: 20-150mm ram stroke accommodates gears of varying depths and complexities
- Heavy-Duty Construction: 7800kg net weight provides exceptional stability during high-speed operations
- Customizable Power Configuration: Standard 3-phase 380V, 50Hz power supply with options for international voltage requirements
Key Features: Engineering Excellence in Every Detail
1. Fully CNC Automated Operation
The YK5150’s 3-axis independent servo drive system represents the pinnacle of automation technology in gear manufacturing. This advanced control system enables:
- Automatic Gear Cutting: Program once, produce consistently with identical precision across thousands of parts
- Intelligent Tool Compensation: Automatic adjustment for tool wear ensures consistent dimensional accuracy throughout extended production runs
- Multi-Step Programming: Complex gear profiles can be programmed with multiple cutting steps for optimal surface finish and accuracy
- Error Reduction: 90% reduction in human error compared to manual operation methods
- Efficiency Boost: 60% improvement in production efficiency through optimized cutting cycles and reduced setup times
2. High-Rigidity Precision Structure
Built for industrial durability and precision maintenance, the YK5150 features:
- Reinforced Ram Guideways: Precision-ground guideways with optimized geometry ensure zero deflection during high-speed cutting operations
- Heavy-Duty Cast Iron Bed: Stress-relieved cast iron construction provides exceptional vibration damping and thermal stability
- Ultra-Stable Cutting Performance: Eliminates chatter and vibration for superior surface finishes on finished gears
- Long-Term Dimensional Stability: Maintains accuracy specifications through years of continuous operation
- Reinforced Frame Design: Additional structural reinforcements at stress points ensure longevity under demanding production schedules
3. Versatile Gear Machining Capability
The YK5150 handles an extensive range of gear types, covering approximately 95% of common gear processing needs:
- Internal Gears: Precision cutting of internal gear teeth with consistent accuracy
- External Spur Gears: High-speed production of standard spur gears for various applications
- Helical Gears: Capable of producing helical gears with precise helix angles
- Spline Shafts: Accurate spline cutting for shaft connections and power transmission
- Special-Shaped Gears: Custom gear profiles for specialized applications
- Gear Racks: With appropriate tooling and programming configurations
4. User-Friendly CNC Interface
Designed for operator efficiency and reduced training requirements:
- Intuitive Touchscreen Control: Modern interface with graphical programming capabilities
- 3D Simulation: Visual simulation of cutting processes before actual machining
- One-Click Operation: Simplified controls for common operations reduce operator cognitive load
- Reduced Training Time: Operators can become proficient in complex gear programming within days rather than weeks
- Program Storage: Extensive memory capacity for storing multiple gear programs
5. Complete Safety & Protection System
Prioritizing operator safety and equipment protection:
- Fully Enclosed Protective Hood: Transparent safety guards provide visibility while containing chips and coolant
- Emergency Stop System: Multiple emergency stop buttons strategically placed for immediate access
- Overload Protection: Automatic shutdown in case of excessive cutting forces or mechanical stress
- Chip Splash Prevention: Effective containment systems keep the work area clean and safe
- Interlock Safety Features: Prevents machine operation when safety doors are open
6. Centralized Lubrication & Chip Removal
Optimized for continuous production environments:
- Automatic Centralized Lubrication: Ensures consistent lubrication of all moving components
- Extended Service Life: Proper lubrication reduces wear and extends machine longevity
- Built-in Chip Removal System: Efficient removal of metal chips from the cutting area
- Continuous Production Capability: Minimizes downtime for cleaning and maintenance
- Coolant Management: Integrated systems for efficient coolant distribution and recovery
7. Global Export Ready
Designed for international deployment and compliance:
- CE Certification: Meets European safety and quality standards for industrial equipment
- Customizable Voltage Options: Configurable for various international power requirements
- Complete Export Documentation: Comprehensive documentation package for international shipping
- Global Support Network: Access to technical support and spare parts worldwide
- Multi-Language Interface: Control system available in multiple languages for international operators
Target Industries and Applications
Automotive Transmission Manufacturing
The YK5150 excels in automotive applications where precision and consistency are critical:
- Transmission Gears: High-volume production of precision transmission components
- Differential Gears: Accurate gear cutting for automotive differential systems
- Timing Gears: Precision components for engine timing systems
- Electric Vehicle Components: Gears for EV transmissions and reduction systems
Precision Reducer Production
Ideal for the growing reducer manufacturing sector:
- Industrial Reducers: Gears for various industrial speed reduction applications
- Robotics Reducers: Precision components for robotic joint systems
- Servo Reducers: High-accuracy gears for servo motor applications
- Planetary Reducers: Components for planetary gear systems
Mold Manufacturing Industry
Supporting the tool and die sector with precision capabilities:
- Injection Mold Gears: Components for plastic injection molding machines
- Die Casting Machine Gears: Precision gears for die casting equipment
- Special Tooling Components: Custom gear profiles for specialized manufacturing tools
- Prototype Development: Rapid production of gear prototypes for design validation
General Mechanical Manufacturing
Versatile applications across multiple sectors:
- Agricultural Equipment: Gears for farming machinery and equipment
- Construction Machinery: Components for heavy equipment applications
- Material Handling: Gears for conveyor systems and lifting equipment
- Power Generation: Components for various power transmission systems
Operational Advantages: Transforming Your Production Floor
Production Efficiency Metrics
| Performance Metric | YK5150 Advantage | Impact on Production |
|---|---|---|
| Setup Time Reduction | 70-80% faster than manual machines | Increased machine utilization |
| Cycle Time Optimization | 60% improvement in cutting cycles | Higher throughput capacity |
| Accuracy Consistency | GB/T 6 (ISO 6) maintained across batches | Reduced quality control requirements |
| Operator Requirements | 1 operator can manage multiple machines | Lower labor costs per unit produced |
| Tool Life Extension | Intelligent compensation reduces wear | Lower consumable costs |
Quality Assurance Benefits
- Consistent Accuracy: Automated processes eliminate operator-induced variations
- Surface Finish Quality: Optimized cutting parameters deliver superior surface finishes
- Dimensional Stability: Maintains tight tolerances across extended production runs
- Repeatability: Identical results from first part to thousandth part
- Documentation: Automated recording of production parameters for quality tracking
Economic Advantages
- Reduced Scrap Rates: Precision cutting minimizes material waste
- Lower Labor Costs: Reduced skilled operator requirements
- Energy Efficiency: Optimized power consumption during operation
- Minimal Downtime: Reliable performance with preventive maintenance
- Quick ROI: Typical payback period of 12-24 months depending on utilization
Implementation and Integration
Facility Requirements
| Requirement | Specification |
|---|---|
| Floor Space | Minimum 4.0×3.0 meters including operator area |
| Power Requirements | 3-phase 380V, 50Hz (customizable for other standards) |
| Foundation | Reinforced concrete foundation recommended |
| Compressed Air | 6-8 bar for auxiliary functions (if equipped) |
| Coolant System | Integrated system with filtration capabilities |
| Material Handling | Appropriate lifting equipment for workpiece loading |
Training and Support Infrastructure
- Comprehensive Training: Operator and maintenance training programs
- Technical Documentation: Complete manuals in multiple languages
- Remote Support: Online technical assistance and troubleshooting
- Spare Parts Availability: Global network for replacement components
- Software Updates: Regular updates to control system software
- Application Engineering: Customized solutions for specific production needs
Maintenance and Service
Preventive Maintenance Schedule
- Daily Checks: Lubrication levels, coolant condition, general inspection
- Weekly Maintenance: Guideway cleaning, chip removal system inspection
- Monthly Service: Complete lubrication system check, alignment verification
- Quarterly Maintenance: Comprehensive inspection of all mechanical components
- Annual Overhaul: Complete machine inspection and recalibration if necessary
Service Support Features
- Predictive Maintenance: Monitoring systems alert to potential issues before failure
- Remote Diagnostics: Technicians can access machine data for troubleshooting
- Spare Parts Inventory: Critical components maintained in stock for quick delivery
- Field Service: Trained technicians available for onsite service when needed
- Technical Hotline: 24/7 support for urgent production issues
Frequently Asked Questions (FAQ)
Q: What is the main advantage of the YK5150 over traditional gear shaping machines?
A: The primary advantage is full CNC automation, which reduces human error by 90% and improves production efficiency by 60% compared to manual gear shapers. The 3-axis CNC servo system enables automatic gear cutting, tool compensation, and multi-step programming without operator intervention.
Q: What types of gears can the YK5150 machine produce?
A: The machine supports internal gears, external spur gears, helical gears, spline shafts, racks, and special-shaped gears. This covers approximately 95% of common gear processing needs in precision manufacturing applications.
Q: What accuracy level does the YK5150 achieve?
A: The machine consistently achieves GB/T 6 accuracy grade, which is equivalent to ISO 6 standards. This level of precision is maintained across production batches through the automated control system and high-rigidity construction.
Q: How does the automatic tool compensation work?
A: The CNC system monitors tool performance and automatically adjusts cutting parameters to compensate for tool wear. This ensures consistent dimensional accuracy throughout the tool’s life and reduces the need for manual adjustments.
Q: What industries typically use the YK5150 gear shaping machine?
A: The machine is particularly well-suited for automotive transmission manufacturing, precision reducer production, and mold manufacturing industries. It’s also widely used in general mechanical manufacturing, agricultural equipment, construction machinery, and power generation applications.
Q: What safety features are included with the machine?
A: Safety features include a fully enclosed protective hood, emergency stop system, overload protection, chip splash prevention, and interlock safety features that prevent operation when safety doors are open.
Q: Can the machine be integrated into automated production lines?
A: Yes, the YK5150 is designed for integration with automated material handling systems, robotic loading/unloading, and connection to factory network systems for Industry 4.0 implementations.
Q: What is the typical delivery and installation timeline?
A: Standard delivery is 30-45 days after order confirmation, with installation and commissioning typically requiring 3-5 days depending on facility preparation. Comprehensive training is provided during installation.
