Mac-Tech Cut-to-Length Line CTL-120 – Tube Laser
- Hsg
- Mac-Tech Cut-to-Length Line CTL-120
- Precision Tube Cutting
- Tube Laser
- Fabrication
The Mac-Tech Cut-to-Length Line CTL-120 tube laser is a mid- to high-investment industrial system focused on precision tube cutting for steel, stainless steel, and aluminum, serving a wide range of fabrication applications from general metal parts and furniture to heavy manufacturing, shipbuilding, and oil & gas.
At a Glance
- Machine type: Cut-to-length tube laser line (CTL-120)
- Primary function: Precision tube cutting and length processing
- Typical applications: General metal parts, tube frames, roll cages, furniture, and structural components
- Industries: General fabrication shops, heavy manufacturing, shipbuilding, oil & gas, and related sectors
- Materials: Steel, stainless steel, aluminum
- Production role: Integrates cutting and length control for repeatable, high-throughput tube processing
Budgeting & Pricing
Pricing estimate (USD): $500,000 – $900,000 USD
- Budget range aligns with standard industrial tube laser systems capable of precision work on steel, stainless, and aluminum.
- Total cost of ownership should factor installation, training, and initial tooling/fixturing for tube sizes you intend to run.
- Software, nesting, and automation options (e.g., loading/unloading) can move the machine toward the upper end of the range.
- Plan for ongoing operating costs: consumables, periodic service, and any subscription-based software or support packages.
- Consider integration costs if tying the CTL-120 into upstream/downstream conveying or existing fabrication cells.
Performance / Spec Considerations
- Tube size range and wall thickness – Confirm the maximum/minimum tube diameters or profiles, and wall thickness limits for steel, stainless, and aluminum that match your product mix.
- Laser power vs. throughput – Higher wattage generally supports faster cutting and thicker sections; align power level with your dominant material thicknesses and required cycle times.
- Cut-to-length accuracy – Evaluate achievable length tolerances and repeatability, especially for precision tube cutting in furniture, roll cages, and structural tube frames.
- Profile capability – Determine whether the line is optimized mainly for round/square/rectangular tube or can accommodate other profiles used in shipbuilding, heavy manufacturing, or oil & gas.
- Material handling & automation – Review loading, support, and unloading arrangements to ensure stable handling of long tubes and heavy sections common in shipbuilding and heavy fabrication.
- Cut quality and edge condition – Ensure the system can produce edges suitable for your downstream processes (welding, coating, assembly) on steel, stainless, and aluminum.
- Control system & programming – Assess ease of programming, part library management, and integration with your CAD/CAM workflow for general fabrication shops and high-mix production.
Pre-Purchase Checklist
- Verify the CTL-120’s supported tube dimensions (diameter, profile, and length) against your current and planned product range.
- Confirm material thickness and grade capability for steel, stainless steel, and aluminum used in your shop.
- Check specified length and cut accuracy tolerances against requirements for precision tube cutting and critical assemblies.
- Review required floor space, foundation, and access for loading/unloading in your fabrication layout.
- Clarify what is included in the quoted price: installation, commissioning, training, software licenses, and basic tooling.
- Evaluate the control interface and programming workflow with sample parts from your actual production.
- Discuss service availability, response expectations, and recommended maintenance intervals for industrial duty cycles.
- Assess compatibility with your existing upstream/downstream processes (e.g., sawing replacement, welding cells, material storage).
- Request sample cuts on your own materials (steel, stainless, aluminum) to verify edge quality and dimensional performance.
- Plan for operator training and safety procedures appropriate for a tube laser and cut-to-length line environment.
FAQ
What is the primary role of the Mac-Tech CTL-120? It is a cut-to-length tube laser line focused on precision tube cutting and length processing for general metal fabrication tasks.
Which materials can the CTL-120 process? It is intended for steel, stainless steel, and aluminum used in general metal parts and structural tube applications.
What is the typical price range for this machine? The indicative pricing estimate is $500,000 – $900,000 USD, depending on configuration and options.
What types of parts is this machine suited for? It is suited for general metal parts, tube frames, roll cages, furniture components, and similar precision-cut tube products.
Which industries commonly use a CTL-120-type tube laser? Typical users include general fabrication shops, heavy manufacturing, shipbuilding, and oil & gas sector fabricators.
Does it handle both light and heavy fabrication work? Yes, it targets a standard industrial range, from general fabrication and furniture to heavier manufacturing where precision tube cutting is needed.
Is it appropriate for stainless steel tube work? Yes, stainless steel is listed among the supported materials for precision tube cutting.
Can it be used for aluminum fabrication? Yes, aluminum is one of the specified materials, making it suitable for lightweight structures and furniture.
How does it support oil & gas or shipbuilding applications? By providing accurate, repeatable tube cutting for structural and process-related tube components used in those sectors.
What is the main advantage over conventional tube cutting methods? The main advantage is integrated, precision cut-to-length capability on tubes, improving accuracy and consistency for downstream fabrication.
Source: Mac-Tech Cut-to-Length Line CTL-120 – Tube Laser
Mac-Tech Cut-to-Length Line CTL-120 – Tube Laser
