Ermaksan Speed Bend Pro 260-6100 CNC Press Brake
The Ermaksan Speed Bend Pro 260-6100 is a high-tonnage CNC press brake suited to automotive parts, HVAC ducting, and general light fabrication where long bend lengths and repeatable accuracy are required.
Quick Look
- Machine type: CNC hydraulic press brake for sheet and plate bending
- Typical applications: automotive parts, HVAC ducts, light fabrication work
- Key strength: high tonnage capacity for heavier gauges and longer bends
- Best suited for: production environments needing consistent, repeatable bends
- Material focus: steel, stainless, and non‑ferrous sheet/plate within rated capacity
What It Typically Costs
- Typical price range: $250,000 – $900,000 USD (depending on options, age, and condition)
- Higher prices usually reflect larger tonnage, longer bed length, and advanced CNC options.
- Automation (backgauges, crowning, tool clamping, safety systems) can significantly increase cost.
- Used units with basic controls and fewer options tend to fall in the lower part of the range.
- Budget for installation, training, and tooling (punches/dies) separately from the machine price.
Specs That Matter
- Bending force (tonnage): Ensure capacity is adequate for your maximum material thickness and bend length, especially for automotive structural parts and heavier HVAC components.
- Bending length: The 6100 designation indicates a long bed; confirm usable bending length versus your largest duct sections or panel parts.
- CNC control capabilities: Look at axis count, program storage, angle programming, and ease of use for short-run light fabrication versus repetitive automotive work.
- Backgauge configuration: Number of controlled axes and stroke range affect positioning accuracy for flanges, box work, and complex parts.
- Deflection and crowning: Mechanical or hydraulic crowning is important to maintain consistent angles over long bends such as HVAC ducts.
- Ram and Y-axis accuracy: Repeatability and positioning accuracy directly impact bend angle consistency across production batches.
- Tooling interface: Compatibility with your existing punches/dies and clamping style influences changeover speed and tooling cost.
Buying Advice
- Verify tonnage and length versus your thickest material and longest parts, with a margin for future work.
- Inspect ram ways, bed, and side frames for signs of overloading, cracks, or misalignment.
- Check CNC control operation: boot time, screen condition, error logs, and ease of creating/editing bend programs.
- Test backgauge movement across its full travel for smooth, accurate, and repeatable positioning.
- Confirm crowning system type and test bend consistency along the full 6+ m length with sample material.
- Evaluate hydraulic system for leaks, noise, smooth pressure buildup, and stable ram speed transitions.
- Review service history, especially repairs related to hydraulics, electronics, and CNC components.
- Assess safety systems (light curtains, guards, foot pedal, emergency stops) for completeness and proper function.
- Check available tooling and clamping for wear, compatibility with your standards, and adequacy for your part mix.
- Confirm power requirements and floor space, including room for material handling at full bed length.
Common Questions
What types of work is the Speed Bend Pro 260-6100 best suited for? It is well suited to high-tonnage bending of automotive parts, long HVAC duct sections, and general light fabrication where long, straight bends and repeatable accuracy are needed.
How much does an Ermaksan Speed Bend Pro 260-6100 typically cost? Typical pricing falls in the $250,000 – $900,000 USD range, depending on age, condition, configuration, and options.
Is this machine appropriate for light-gauge HVAC ducting? Yes, the long bed and high tonnage make it suitable for long duct sections, with enough capacity to handle both light-gauge and heavier HVAC components within its rated limits.
Can it handle thicker automotive materials as well as light fabrication? Within its rated tonnage and bend length, it can handle thicker automotive materials while still being efficient for lighter fabrication work.
What should I focus on when inspecting a used unit? Pay close attention to frame condition, ram and bed alignment, hydraulic leaks, CNC control health, backgauge accuracy, and the state of safety systems.
Do I need special tooling for this press brake? You will need punches and dies compatible with its tooling interface; selection should match your material thicknesses, bend radii, and part geometries.
How important is crowning on a long press brake like this? Crowning is critical to maintain consistent bend angles along the full length, especially on long HVAC ducts and large panels.
Can one operator run this machine efficiently? For shorter parts, a single operator is often sufficient; long or heavy parts may require additional handling equipment or a second person for safe, efficient operation.
What kind of floor space should I plan for? You should allow for the full bed length plus clearance at the front and rear for loading, unloading, and safe operator movement.
Is training necessary for new operators? Training is strongly recommended so operators understand the CNC control, safe setup, proper tooling use, and correct bending practices.
Source: Ermaksan Speed Bend Pro 260-6100 CNC Press Brake
Ermaksan Speed Bend Pro 260-6100 CNC Press Brake
