GTX Cubic Machinery's Gang Tool Lathe with Y-Axis Sliding Headstock
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The GTX CNC Lathe with Y-Axis Sliding Headstock is a high-precision machine engineered for efficient production of complex parts. This versatile lathe offers advanced capabilities for turning, milling, and drilling operations, making it ideal for demanding production environments. The Y-axis functionality allows for off-center machining, significantly expanding the range of operations that can be performed in a single setup, while the sliding headstock design ensures high accuracy and performance for long, slender workpieces.
- Spindle speeds up to 6,000 RPM
- 8 Tool stations for enhanced flexibility
- Sliding headstock for high precision in long part machining
- Y-axis for advanced milling operations
Lathe
GTX GANG TOOL Lathe Technical Specifications
The GTX Gang Tool Lathe with Y-Axis Sliding Headstock offers precision machining with its X-axis travel of 13.78 inches, Y-axis travel of 4.33 inches, and Z-axis travel of 8.66 inches. It supports a bar capacity of 1.65 inches and features a 6-inch 3-jaw chuck with an A2-5 spindle nose. Powered by a 15 HP motor delivering up to 6,000 RPM, the GTX ensures precision with a repeatability and accuracy of 0.00005 inches. It operates on XYZC 4-axis control via the Fagor 8060T CNC system, and includes 4 live tools with a max speed of 3,000 RPM. Standard features include hydraulic chucking, coolant delivery, and a large coolant tank. All standards are covered, contact us for a custom quote.Capacity
- X Axis Travel: 13.78 in (350 mm)
- Y Axis Travel: 4.33 in (110 mm)
- Z Axis Travel: 8.66 in (220 mm)
- Bar Capacity: 1.65 in (42 mm)
Working Holding
- Collet Type: 16C
- Spindle Nose: A2-5
- 3-Jaw Chuck Size: 6″
- Spindle Clamping System: 2-Stage Hydraulic Brake
Precision
- Repeatability: 0.00005 in / 0.00127 mm
- Accuracy: 0.00005 in / 0.00127 mm
- Spindle Runout: 0.00005 in / 0.00127 mm
- Simultaneous Axes: XYZC 4-Axis
CNC Control
- Fagor 8060T
Performance
- Spindle Motor (30-min rating): 15 HP
- Spindle Speed: 6000 rpm
- Rapid Traverse (X-Axis): 787 ipm / 20 m/min
- Rapid Traverse (Y-Axis): 394 ipm / 10 m/min
- Rapid Traverse (Z-Axis): 787 ipm / 20 m/min
Tooling
- Number of Live Tools: 4
- Live Tool Collet: ER-20
- Live Tool Power: 1 HP
- Live Tool Speed: 3000 rpm
- Gang Tool Table Length: 21.26 in / 540 mm
Y-axis via Sliding Headstock
The GTX introduces a unique sliding headstock concept, derived from Swiss-type lathes, but applied to the Y-axis instead of the traditional Z-axis. This decoupling of the Y-axis from the tool post reduces stack-on error, providing more precise movements and wider travel range than other machines in its class.
Live Tools and C-axis
The GTX’s Y-axis design allows for efficient use of space by doubling the number of live tool units. The machine comes with a 1 HP servo motor driving 4 live tool spindles that use ER-20 collets, reaching speeds of up to 3000 RPM. Additional live tool units can be mounted to further enhance machining capabilities.
FAGOR 8060T Control
Equipped with the powerful FAGOR 8060T control system, the GTX features an easy-to-use touchscreen interface (optional), high-definition graphics, and advanced conversational programming. This control system ensures high-speed surface accuracy, making the machine both versatile and user-friendly.
STANDARD ACCESSORIES
- FAGOR 8060 T control
- Handwheel
- Hydraulic chucking cylinder
- LED worklight
- Auto lubrication system
- On-table coolant delivery
- 2 OD and 4 ID tool holders
- Large coolant tank
- Heat exchanger for electrical cabinet
- 1/4HP coolant pump
OPTIONAL ACCESSORIES
- Fanuc 0iTmate D control
- Hydraulic two-stage spindle clamping
- Chip conveyor
- Parts catcher
- Live tools, air or electric
- Collet closer foot switch
- Bar feeder
- Touch probe
- Automatic tool changer
- 3-jaw chuck
GANG
Discover the power of the GTX GANG TOOL by Cubic Machinery! If you have questions or need more info, just submit your request, and our team will help you. Elevate your production with the GTX GANG TOOL !
How Can the GTX CNC Lathe Improve Your Manufacturing Process?
Process
The GTX Gang Tool lathe can significantly enhance your manufacturing process through its combination of precision, speed, and versatility. With 4-axis simultaneous control, this machine is designed for multi-tasking operations, allowing for complex parts to be machined with exceptional accuracy. Its Y-axis sliding headstock, adapted from Swiss-type lathes, ensures more stable and precise machining, reducing errors and increasing productivity.
The high-powered 15 HP spindle, combined with rapid traverse speeds of up to 787 ipm on the X and Z axes, minimizes cycle times while maintaining superior precision with repeatability and accuracy at 0.00005 in. Additionally, its live tooling capability, accommodating up to four live tools, makes it a versatile solution for tasks like milling, drilling, and turning, further optimizing your production efficiency.
By integrating the GTX Gang Tool lathe into your workflow, you can achieve faster production times, greater precision, and improved overall performance, ultimately boosting your manufacturing process’s efficiency and output. Contact us today for a custom quote and see how the GTX can transform your production line.
Why Choose Cubic Machinery CNC Lathe?
Frequently Asked Questions about the GTX Gang Tool Lathes
FAQ
The GTX Gang Tool Lathe is a high-performance machining tool designed to handle complex operations with precision and efficiency. Equipped with 4-axis simultaneous control, Y-axis sliding headstock, and a 15 HP spindle, the GTX is capable of tackling demanding tasks such as turning, milling, and drilling. The machine’s advanced Fagor 8060T control and live tooling capabilities, which support up to four live tools, make it a versatile choice for industries requiring high-speed, accurate production.
This FAQ section addresses common questions about the GTX’s features, applications, and advantages, helping you make an informed decision about integrating this cutting-edge machine into your production process. If you need more information, please don’t hesitate to contact us!
What industries benefit most from using the GTX Gang Tool Lathes?
Gang tool lathes like the GTX series offer significant benefits to industries requiring high precision and productivity, particularly aerospace, automotive, medical device manufacturing, and electronics. These industries leverage gang tool lathes for their ability to produce complex, precise components from a variety of materials, including tough metals like titanium and aluminum. The lathes excel in creating critical aircraft parts, engine components, surgical instruments, and intricate electronic pieces.
Key advantages include increased productivity due to fast tool changes and shorter cycle times, high precision machining, cost-effectiveness through lower tooling costs and quicker setups, and flexibility for varied production runs. These features make gang tool lathes invaluable for manufacturing operations that demand accuracy, efficiency, and the capability to produce high volumes of precision parts.
What types of parts are GTX lathes suitable for?
GTX lathes are particularly well-suited for producing small to medium-sized precision parts with complex geometries. They excel in manufacturing components for industries such as aerospace, automotive, medical, and electronics. The GTX’s Y-axis sliding headstock, multi-axis control, and live tooling capabilities make it ideal for parts requiring simultaneous turning, milling, and drilling operations. These lathes are perfect for high-precision parts such as medical implants, automotive connectors, aerospace fittings, and electronic housings that demand both accuracy and efficiency in production.
What are the key factors driving the adoption of gang tooling in different sectors?
The adoption of gang tooling across various manufacturing sectors is driven by several key factors:
Productivity Benefits
- Faster Tool Changes: Quick transitions between tools reduce cycle times.
- Shorter Setup Times: Simultaneous tool setups enable rapid changeovers.
- Higher Production Rates: Increased output due to efficient operations.
Cost-Effectiveness
- Lower Tooling Costs: Simpler systems are generally less expensive.
- Reduced Cycle Times: Faster machining lowers per-part costs.
- Quick ROI: Productivity gains lead to a short payback period.
Precision and Quality
- Improved Accuracy: Fewer moving parts enhance machining precision.
- Consistent Results: Repeatable processes ensure quality.
Flexibility and Space Efficiency
- Versatility: Capable of diverse operations with various tools.
- Compact Footprint: Smaller size suits shops with limited space.
These advantages make gang tooling particularly appealing for industries like automotive, aerospace, electronics, and medical device manufacturing, where high precision and volume are essential.