Ermaksan Green Press Brake 16200-700
The Ermaksan Green Press Brake 16200-700 is a high-tonnage hydraulic press brake suited for demanding bending applications in shipbuilding, heavy manufacturing, and high-rise construction, while also handling automotive parts, light fabrication, and HVAC duct work where long bends and thick materials are common.
Overview
- High-tonnage press brake designed for structural and heavy-plate bending in shipbuilding and heavy manufacturing.
- Capable of producing long, straight bends for beams, columns, and large panels used in high-rise construction.
- Suitable for automotive parts and light fabrication where repeatable, accurate bends are required.
- Well matched to HVAC duct production, handling thin-gauge sheet with long bend lines and multiple flange operations.
- Green series positioning typically implies a focus on energy-efficient operation and reduced operating costs (where equipped).
- Best suited for operations that need both heavy-plate capacity and the flexibility to run lighter-gauge production.
What It Typically Costs
Typical pricing for an Ermaksan Green Press Brake 16200-700 is approximately $250,000 – $900,000 USD, depending on configuration, options, and condition.
- Lower end of the range usually reflects older or more basic machines with simpler controls and fewer options.
- Mid-range pricing is common for well-equipped units with modern CNC controls and standard tooling packages.
- Upper end typically reflects newer machines, extended length/capacity, advanced CNC, and automation or safety options.
- Installation, commissioning, training, and freight are often additional costs that should be budgeted separately.
- Tooling (punches, dies, special profiles) can represent a significant additional investment depending on part mix.
Specs That Matter
- Bending length / bed length – Determines the maximum part length you can form in one hit; critical for ship panels, structural members, and long HVAC duct sections.
- Press force / tonnage capacity – Governs maximum material thickness and strength you can bend; high tonnage is needed for heavy plate in shipbuilding and high-rise construction.
- Frame and table rigidity – Affects deflection under load; essential for maintaining angle consistency across long bends and heavy sections.
- CNC control and axis count – Number of controlled axes (Y1/Y2, X, R, Z, etc.) influences setup speed, repeatability, and ability to handle complex automotive and HVAC parts.
- Backgauge range and accuracy – Impacts positioning speed and repeatability for flanges, hems, and multiple-bend parts in light fabrication and duct work.
- Open height, stroke, and throat depth – Define what part geometries and tooling heights can be accommodated, especially box sections and deep flanges.
- Energy efficiency and hydraulic system design – Affects operating cost, heat generation, and noise level; particularly relevant for high-tonnage machines running multiple shifts.
What to Inspect Before You Buy
- Verify actual bending length and tonnage against your thickest and longest required parts (ship panels, beams, duct sections).
- Inspect the bed and ram for signs of deflection, cracking, or damage, especially around high-load areas and mounting points.
- Check hydraulic system condition: leaks, hose condition, pump noise, and pressure stability during test bends.
- Evaluate CNC control: boot reliability, screen condition, software version, and that all programmed motions run correctly.
- Test backgauge travel and repeatability across the full range; look for backlash, misalignment, or slow/erratic motion.
- Confirm open height, stroke, and throat depth with your tallest tools and deepest parts in mind.
- Run sample bends in representative materials (heavy plate and lighter-gauge sheet) to confirm angle consistency and springback control.
- Inspect electrical cabinet for clean wiring, secure terminations, and clear labeling; check that safety interlocks function correctly.
- Assess overall wear: guideways, ram gibs, cylinders, and reference surfaces for play or uneven wear patterns.
- Review maintenance history, hours of operation, and any major repairs or retrofits that could affect long-term reliability.
Buyer Questions
What applications is the Ermaksan Green Press Brake 16200-700 best suited for? It is well suited for high-tonnage bending in shipbuilding, heavy manufacturing, and high-rise construction, while also handling automotive parts, light fabrication, and HVAC duct production where long bends and consistent angles are required.
How much should I budget for this machine? Typical pricing falls in the $250,000 – $900,000 USD range, with final cost driven by age, configuration, CNC options, tooling, and overall condition.
How do I know if the tonnage is sufficient for my work? Compare the machine’s rated press force to the material thickness, length of bend, and strength of your heaviest jobs; high-tonnage models are intended for thick plate and long bends used in shipbuilding and structural work.
Is this machine suitable for both heavy plate and thin-gauge sheet? Yes, high-tonnage press brakes like this can be used for heavy plate as well as lighter-gauge materials, provided the tooling and control are set up correctly for each application.
What control features should I prioritize? Look for a CNC control with sufficient axes for your parts, intuitive programming for multi-bend jobs, and reliable angle control to support both heavy manufacturing and precise automotive or HVAC components.
What should I look for in the hydraulic system? Check for leaks, stable pressure during bending, reasonable noise levels, and smooth cylinder motion; these factors indicate the health of pumps, valves, and seals.
Why are backgauge capabilities important? The backgauge controls flange lengths and bend positions; in automotive parts, light fabrication, and HVAC ducts, accurate and repeatable gauging directly affects part quality and throughput.
Can this machine support long structural components? Yes, the long bending capacity of this type of press brake allows forming beams, columns, and large panels commonly used in high-rise construction and shipbuilding.
How does frame rigidity affect my parts? A rigid frame minimizes deflection under high loads, helping maintain uniform bend angles across the full length, which is critical for long structural and panel components.
What additional costs should I plan for beyond the purchase price? Plan for freight, installation, commissioning, operator training, and a suitable set of punches and dies tailored to your specific automotive, fabrication, or HVAC part requirements.
Source: Ermaksan Green Press Brake 16200-700
Ermaksan Green Press Brake 16200-700
