TPSD-Compound Tube Fiber Laser Cutting Machine With Drilling and Tapping
- Efficient production + drilling + tapping
- Speed+ – High speed tube cutting technology
- Intelligent digital chuck
- Beveling processing
Efficient Production: Cutting + Drilling + Tapping
Integrated laser cutting, hot melt drilling and tapping, for molding at once to reduce processing processes, save labor, greatly shorten processing time and improve production efficiency
SPEED+ – High-speed Tube Cutting Technology
Using SPEED+ high-speed cutting technology improves the cutting efficiency of dense small graphics for high-speed tube cutting.
- Chuck Rotation Speed: 120 r/min
- Chuck Linkage Speed: 120 m/min
Intelligent Digital Chuck
The chuck can detect the clamping status and the tube size data to achieve self-adjustment of clamping force.
Beveling Processing
HSG LA4 tube beveling tube cutting head to achieve 0-45° beveling cutting
Multiple Apertures Hot Melting -Drilling-Tapping Technique
Self-equipped with tool database to achieve automatic knife shifting.
In Brief
The TPSD-Compound Tube Fiber Laser Cutting Machine with Drilling and Tapping is a versatile and advanced industrial machine designed for high-speed tube cutting, drilling, and tapping. It features intelligent digital chuck technology and beveling processing capabilities, making it suitable for various applications in the manufacturing and fabrication sectors.Budgeting & Pricing
– Pricing estimate (USD): $900,000 – $2,000,000 USD – The cost can vary based on additional features and customizations. – Consider the long-term operational savings when evaluating the initial investment. – Financing options may be available through manufacturers or third-party lenders. – Factor in installation and training costs for comprehensive budgeting.Performance / Spec Considerations
– Efficient production capabilities with integrated drilling and tapping functions. – High-speed tube cutting technology (Speed+), optimizing throughput. – Equipped with an intelligent digital chuck for precise tube positioning and handling. – Beveling processing enhances the ability to create angled cuts on tubes. – Suitable for cutting various materials including stainless steel and aluminum. – Capable of handling complex geometries and intricate designs. – Digital interface for easy operation and adjustment of cutting parameters.Pre-Purchase Checklist
– Verify the machine’s compatibility with your intended materials and thicknesses. – Ensure the available power supply meets the machine’s requirements. – Inspect the quality and durability of the intelligent digital chuck. – Assess the machine’s footprint and space requirements in your facility. – Check for warranty details and service support from the manufacturer. – Confirm the availability of replacement parts and consumables. – Evaluate the software interface for user-friendliness and functionality. – Investigate the training and installation services provided. – Consider the machine’s energy efficiency and operational costs. – Review customer testimonials and case studies for performance insights.Common Questions
What is the primary advantage of a compound tube fiber laser cutting machine? It combines multiple functions such as cutting, drilling, and tapping, which enhances production efficiency.
How does the intelligent digital chuck benefit operations? It ensures precise positioning and handling of tubes, improving accuracy and reducing material waste.
Can this machine handle beveling? Yes, it is equipped with beveling processing capabilities for angled cuts.
What are the typical materials processed by this machine? Common materials include stainless steel, aluminum, and other metals suitable for tube fabrication.
Is training included with the purchase? Training may be included or available as an additional service, depending on the manufacturer.
What factors influence the machine’s pricing? The price is influenced by factors such as additional features, customizations, and service packages.
Does the machine support complex geometries? Yes, it is capable of handling complex geometries and intricate designs.
What should I consider regarding the machine’s footprint? Ensure sufficient space in your facility to accommodate the machine’s size and operational area.
Are there financing options available? Financing options may be available through the manufacturer or third-party lenders.
How does the machine’s energy efficiency impact operational costs? More energy-efficient machines can reduce long-term operational costs by consuming less power.
TPSD-Compound Tube Fiber Laser Cutting Machine With Drilling and Tapping
