Ercolina TM200 Semi-Automatic Tube Bender – Press Brake

Ercolina TM200 Semi-Automatic Tube Bender — Press Brake by Ercolina. Forms sheet metal bends Standard industrial range.

The Ercolina TM200 Semi-Automatic Tube Bender is a high-tonnage forming machine suited to industrial tube and pipe bending tasks in applications such as handrails, frames, roll cages, and structural components in automotive, furniture, oil & gas, and shipbuilding environments, working with tubing in stainless steel and aluminum.

Quick Look

• Machine type: Semi-automatic tube bender / forming press for tubing and sheet metal bends
• Core capability: High-tonnage forming for demanding industrial applications
• Typical materials: Tubing, stainless steel, aluminum
• Typical outputs: Handrails, tube frames, roll cages, structural frames
• Common industries: Automotive, furniture manufacturing, heavy manufacturing, oil & gas, shipbuilding
• Automation level: Semi-automatic operation (operator-assisted with powered bending cycle)

Typical Cost Ranges

Pricing estimate (USD): $250,000 – $900,000 USD

• Lower end of range: More basic semi-automatic control, limited tooling package, narrower capacity envelope.
• Mid-range: Expanded tooling sets, improved controls and programmability, broader material/diameter coverage.
• Upper end: High-tonnage configurations, extended capacity for thicker-wall tubing and larger diameters.
• Budgeting considerations: Include costs for tooling (dies, mandrels), installation, training, and potential power or foundation work.
• Lifecycle costs: Consider consumables, preventive maintenance, and potential software/control upgrades over time.

Performance / Spec Considerations

• Tonnage capacity: Ensure available forming tonnage matches your heaviest required bends in stainless steel and aluminum tubing, especially for heavy manufacturing and oil & gas work.
• Tubing size and wall thickness: Match machine capacity to maximum outside diameter and wall thickness needed for roll cages, handrails, and structural frames.
• Bend quality and repeatability: Look for capability to produce consistent, wrinkle-free bends with minimal ovality, suitable for visible furniture and handrail applications.
• Tooling compatibility: Confirm availability and cost of tooling for your range of tube sizes, materials, and bend radii (including tight-radius work common in automotive and roll cages).
• Changeover efficiency: Evaluate how quickly the machine can be retooled between different tube diameters and projects to support mixed production (frames, furniture, shipbuilding components).
• Control and programming: Assess semi-automatic control features for storing bend programs, angle settings, and sequences to reduce operator error and setup time.
• Material handling and support: Consider the need for infeed/outfeed supports or fixtures for long handrails, frames, and shipbuilding sections to maintain bend accuracy.

What to Inspect Before You Buy

• Verify tonnage and capacity ratings against your thickest and hardest materials (especially stainless steel tubing for heavy manufacturing and oil & gas).
• Inspect the bending head, clamping, and tooling seats for wear, damage, or misalignment that could affect bend quality.
• Check hydraulic or mechanical drive components (where accessible) for leaks, unusual noise, or signs of poor maintenance.
• Review the control interface and semi-automatic functions for ease of use, program storage, and responsiveness.
• Confirm the condition and completeness of tooling: dies, mandrels, and any special tools required for your primary tube sizes and radii.
• Evaluate frame and structural rigidity for stability under high-tonnage operation, especially for continuous-duty production.
• Test-run representative bends in your own or similar materials (stainless, aluminum tubing) to validate bend accuracy and surface finish.
• Assess safety features such as guards, emergency stops, and safe access for loading/unloading long workpieces.
• Verify available documentation: manuals, wiring/hydraulic diagrams, and maintenance schedules.
• Discuss service and parts support availability, including expected lead times for critical components and tooling.

Buyer Questions

What types of work is this machine best suited for? It is well suited for forming bends in tubing for handrails, frames, roll cages, and other structural components in automotive, furniture, heavy manufacturing, oil & gas, and shipbuilding applications.

Which materials can it handle effectively? It is designed for tubing in stainless steel and aluminum, covering a typical industrial range of tube bending applications.

How does semi-automatic operation affect productivity? Semi-automatic operation means the machine powers and controls the bending cycle while the operator handles loading, positioning, and part handling, offering a balance of productivity and flexibility.

What is the typical investment level for this type of tube bender? The indicative pricing range is approximately $250,000 to $900,000 USD, depending on configuration, tooling, and options.

Is it suitable for high-tonnage, heavy-duty use? Yes, its core capability is high-tonnage forming, making it suitable for demanding industrial and heavy manufacturing environments.

Can it produce visually critical parts like furniture and handrails? Yes, provided it is properly tooled and set up, it can produce consistent, clean bends suitable for visible furniture frames and architectural handrails.

What should I focus on when matching capacity to my jobs? Match the machine’s tonnage, maximum tube diameter, and supported wall thickness to your heaviest stainless steel and aluminum tube requirements, including the tightest bend radii you need.

How important is tooling selection for this machine? Tooling selection is critical; the right dies and mandrels are necessary to achieve accurate, repeatable bends across your range of tube sizes and materials.

Can one machine cover both automotive roll cages and architectural handrails? Yes, as long as its capacity and tooling envelope cover the required diameters, wall thicknesses, and bend radii for both product types.

What ongoing costs should I plan for after purchase? Plan for tooling additions or replacements, routine maintenance, potential repairs, and any control or software updates needed over the life of the machine.

Source: Ercolina TM200 Semi-Automatic Tube Bender – Press Brake

Common materials: Tubing, Stainless Steel, Aluminum
Outputs: Handrails, Frames, Roll Cages
Industries: Shipbuilding, Oil & Gas, Heavy Manufacturing
Users: Automotive, Furniture Manufacturers
Workflow: Forming
Use cases: Pipe Cutting, Tube Frames, Furniture, Roll Cages

• Ercolina
• Ercolina TM200 Semi-Automatic Tube Bender
• High Tonnage
• Press Brake
• Forming