Collaborative Robot Arm, Simplify Everything with Automation Vturn-A200 Horizontal Lathe + Collaborative Robot Arm
1. Mobile robot cart for quick installation and positioning, flexible application, and convenience.
2. Collaborative robot arm for human-robot collaborative operation without the need for fences, complying with safety regulations.
3. Easy operation reduces operator learning time.
4. Multiple workpiece clamping at once, reducing loading and unloading time.
System Components
1. Vturn- A200
2. Collaborative Joint Robot Arm
3. Material Platform
Vturn-S20 Horizontal Lathe + Gantry Robot
To meet customers' processing travel needs, the Vturn-S20 is available in two specifications with Z-axis travel of 400mm and 600mm. The self-made turret is driven by a servo motor for more stable tool positioning and operation, with a maximum workpiece diameter of 600mm, suitable for large workpiece processing. The Vturn-S20/40 conveyor belt can be configured for rear or side output, facilitating automation plant layout. Gantry Robot: Equipped with a CCD visual positioning system, enabling quick and easy automated line changes. The robot is placed above the machine, not affecting operator operation, providing 24/7 automated operation to address the labor shortage due to declining birth rates.
System Components
1. Vturn-S20 Horizontal Lathe
2. Gantry Robot
3. CCD Visual Positioning System
4. Automatic Lifting In/Out System
Vturn-F26 Fighter Lathe + Collaborative Robot Arm
The recent rise in social environmental awareness, increased costs, and customer orders characterized by small quantities and diverse varieties, combined with industry price competition, have posed challenges to the machining industry. The Vturn-F26, with its high cost-performance ratio and Victor Taichung's consistent machine stability, helps customers face these challenges.
System Components
1. Vturn-F26 Fighter Lathe
2. UR Collaborative Robot Arm
3. Tool Wear Monitoring System
4. Equator 300 Off-Machine Measurement System
High-Performance Automated Processing System (Series 1) Two Small Lathes Vturn-NP16 + Robot Arm
1. Balancing the machining processes of parts A and B to improve production efficiency (increasing single process efficiency by 50%).
2. Combining with an automatic measurement correction feedback system to increase machine utilization.
3. Two machines share one measuring instrument and one material supply table, reducing investment costs.
4. Achieving the highest production efficiency with minimal footprint and investment costs.
- First Process: Machining the inner and outer diameters of the large end, C-axis drilling and tapping.
- Second Process: Machining the inner and outer diameters, internal gear shaping, external diameter rolling processing, with the robot arm moving to the off-machine measuring table to measure ø51 outer diameter.
System Components
1. Two Vturn-NP16 machines
2. Elite two-on-two automated processing system
(Gantry Robot *2, Off-Machine Measurement System (timely correction):
Marposs *1, Finished Product Robot *1, Automatic Material Supply Table *2)
Regional Type Elbow Joint Robot Flexible Processing Unit
1. Equipped with eight axes, more cost-effective than general six-axis joint robots.
2. Large usable floor space within the system area.
3. Lower height requirements for the plant compared to general gantry robots.
System Components
1. Vturn-20E Lathe *2 + Vcenter-P106 Machining Center
2. Regional Type Elbow Joint Robot
3. utomatic Material Supply Table
4. Workpiece Flipping Station
Joint Robot Automated System
Flexible processing unit designed for workpieces requiring lathe and machining center processes. Workpiece loading and unloading is done using a joint robot, increasing ease of future expansion. Can be equipped with a fourth axis, automatic hydraulic fixtures, and achieve multi-process automation in one go.
System Components
1. Vturn-A20SM Main and Sub-Spindle Lathe + Vcenter-P76 Machining Center
2. Joint Robot
3. Automatic Material Supply Table
High-Performance Automated Processing System (Series 2) Two Small Lathes Vturn-NP16 + Robot Arm
1. Latest model with small width, small footprint.
2. Off-machine measurement and correction, reducing manual operation, and increasing machine utilization.
3. Two machines share one measuring instrument, reducing investment costs.
4. Two machines share one material supply table, reducing investment costs.
System Components
1. Latest model small width CNC Lathe Vturn-NP16 *2
2. Gantry Robot
3. Automatic Material Supply Table
4. Off-Machine Measurement System: Balance VM25
5. Finished Product Conveyor.
Super Vcenter AX 630 5-Axis Machining Center + Multi-Pallet Storage + Tower Tool Magazine
The Super Vcenter-AX630 features an optimized structural design combined with a high-speed, high-rigidity axial feeding system. The B/C axes utilize a roller cam mechanism, providing the machine with optimal dynamic and static rigidity. It is equipped with intelligent functions, with multiple sensors installed throughout the machine to achieve greater energy savings and environmental friendliness.
Multi-Pallet Storage: Adopting a circular rack structure, it uses vertical space to reduce the footprint. The material waiting area is also the finished product storage area, allowing customers to easily inspect workpieces. Combining work order management and production scheduling control effectively saves operation time and reduces logistics costs.
Tower Tool Magazine: Adopting a circular rack structure, it uses vertical space to reduce the footprint. With 6 pre-set tool holders, tool changes during processing do not require waiting. The visualized tool management system fully presents all tool information.
System Components
1. Super Vcenter AX 630 5-Axis Machining Center
2. Multi-Pallet Storage
3. Tower Tool Magazine
Intelligent Aluminum Wheel Processing System
System Components
1. Vturn-V22W Vertical Lathe
2. Vturn-V22WT2 Vertical Lathe
3. Vcenter-22WVertical Milling Machine
4. Robot Arm
5. Aluminum Wheel Infeed System
6. Infeed CCD Visual Inspection System
7. Aluminum Wheel Cleaning Machine
8. Valve Hole Angle Correction
9. CCD Visual Inspection System
10. Aluminum Wheel Outfeed System
11. Scada + Production Scheduling
Self-Developed Software Function Description
Flexible Scheduling System
Adjusts processing procedures based on the production equipment layout.
Production History Management
Records production serial numbers/quality measurement data according to the production process to build production history, output to aluminum wheels through laser engraving equipment.
Scade Monitoring System
Modular design that can expand different module functions, suitable for various types of processing industries.
Process Control
Calculates process capability index CPK value based on quality data measured by inspection equipment.
Inspection System
Plans multiple quality inspection functions. Customers can choose suitable inspection equipment according to their needs, such as visual measurement systems/contact-type dedicated measurement systems.