HSG Laser Automation Compact Shuttle System – Tube Laser
- Hsg
- HSG Laser Automation Compact Shuttle System
- Precision Tube Cutting
- Tube Laser
- Cutting
The HSG Laser Automation Compact Shuttle System – Tube Laser is designed for precision cutting of tubes and metal plates using fiber optic technology, making it ideal for job shops, OEMs, and light fabrication applications. It efficiently processes materials like mild steel, stainless steel, aluminum, and copper to produce high-quality sheet components, frames, and panels.
What It Typically Costs
- Pricing estimate (USD): $500,000 – $900,000
- Cost varies based on additional features and customization for specific applications.
- Maintenance and operational costs should be considered in the total cost of ownership.
- Potential financing options may be available to help manage upfront costs.
- Warranty and service agreements can impact long-term costs.
Specs That Matter
- Precision tube cutting capability for various shapes and sizes.
- Compatible with materials like mild steel, stainless steel, aluminum, and copper.
- Fiber optic technology ensures high-speed and accurate cutting.
- Efficient shuttle system for rapid processing and reduced downtime.
- Integrated software for precise programming and operation.
- Suitable for producing sheet components, frames, and panels.
Pre-Purchase Checklist
- Assess machine compatibility with intended materials and thicknesses.
- Verify precision and quality of cuts through demonstrations or customer reviews.
- Check the availability and cost of replacement parts and consumables.
- Evaluate the ease of integration with existing production lines and software.
- Inspect the machine’s build quality and durability.
- Confirm the terms of warranty and post-purchase support services.
- Consider the space requirements and installation needs of the machine.
- Review the machine’s energy consumption and efficiency.
Buyer Questions
How does the shuttle system improve efficiency? The shuttle system allows for rapid loading and unloading of materials, minimizing downtime between cuts.
What is the maximum thickness the laser can cut? The maximum thickness depends on the material type and laser power, typically up to a few millimeters for metals.
Is there a software interface included? Yes, the system includes integrated software for programming and operation.
Can the machine handle complex shapes? Yes, the precision tube cutting capability allows for complex and intricate designs.
What maintenance is required? Regular maintenance includes checking optics, cleaning, and ensuring proper alignment.
Are there safety features included? Yes, the machine is equipped with safety features to protect operators during use.
What kind of training is provided? Training packages are often available to ensure operators are proficient in using the machine.
How does fiber optic technology benefit the cutting process? Fiber optic technology offers faster and more accurate cuts with less heat distortion.
Can the machine be used for prototyping? Yes, it is suitable for prototyping due to its precision and ability to handle various materials.
What are the power requirements for the machine? Power requirements vary depending on the configuration; consult the manufacturer for specifics.
HSG Laser Automation Compact Shuttle System – Tube Laser
