Ermaksan Micro-Bend Electric 80E Compact Brake
The Ermaksan Micro-Bend Electric 80E Compact Brake is an electric press brake used in high-tonnage general metal fabrication and industrial component manufacturing, offering precision bending in a compact footprint for shops focused on productivity and energy-efficient forming.
At a Glance
- Machine type: Electric press brake for general metal fabrication and industrial components
- Application focus: High-tonnage bending for a wide range of fabricated parts and production work
- Drive type: Electric actuation, typically emphasizing efficiency, repeatability, and lower energy use than comparable hydraulic systems
- Typical capabilities to consider: Available tonnage rating, usable bend length, backgauge axes, and control sophistication (CNC features)
- Typical use cases: General fabrication shops, OEM component manufacturing, job shops handling repetitive bending operations
- Form factor: Compact press brake design suited to facilities where floor space and maneuvering room are constrained
What It Typically Costs
Typical pricing range: $250,000 – $900,000 USD, depending on configuration, options, and condition.
- Lower end of the range often corresponds to smaller tonnage, shorter bending length, and more basic control packages.
- Upper end usually reflects higher tonnage, longer beds, advanced multi-axis backgauges, and more sophisticated CNC controls.
- Additional cost drivers include tooling packages, safety systems, automation (such as sheet followers or robotic integration), and offline programming software.
- Used machines may be significantly less expensive but depend heavily on age, hours, maintenance history, and any required refurbishment.
- Installation, training, and power/safety upgrades at the facility can add materially to the project budget beyond the base machine price.
Key Selection Factors
- Tonnage capacity vs. material and part mix – Match the press brake’s high-tonnage capability to your thickest materials, maximum bend lengths, and required production rates, with a safety margin for occasional heavier jobs.
- Bending length and throat depth – Ensure the usable bend length and throat depth will accommodate your largest parts, flange lengths, and any box or deep-profile geometries you need to form.
- CNC control and axes – Evaluate the control’s ease of programming, graphical bend simulation, memory capacity, and the number of backgauge axes needed for your part complexity and changeover frequency.
- Accuracy and repeatability – Consider the electric drive’s positioning accuracy, ram repeatability, and any crowning/compensation features needed for consistent angles across the full bend length.
- Throughput and changeover speed – Look at cycle times, backgauge speed, and how quickly you can change tools and programs for short-run vs. high-volume work.
- Tooling compatibility – Confirm compatibility with your preferred tooling style (e.g., precision-ground punches and dies) and whether the ram and bed are set up for standard tool clamping systems.
- Footprint and ergonomics – Check that the compact form factor fits your available space, allows safe material handling, and provides good operator access for loading, unloading, and inspection.
What to Inspect Before You Buy
- Verify the nameplate tonnage, bending length, and electrical requirements match your intended workloads and facility power supply.
- Inspect the bed and ram surfaces for wear, dents, or misalignment that could affect bending accuracy and tool seating.
- Check the backgauge system for smooth travel, backlash, and reliable positioning across all programmed positions.
- Power up the CNC control to confirm that all screens, inputs, and stored functions operate correctly and that no error codes persist.
- Run test bends in representative materials to evaluate angle consistency, springback handling, and repeatability across the full length.
- Listen for unusual noises from the electric drive components and confirm that axis movements are smooth and within specified speeds.
- Confirm that all safety devices (light curtains, guards, emergency stops) are present, functional, and compliant with your local regulations.
- Review maintenance records, service logs, and any documented repairs or upgrades to understand past issues and remaining component life.
- Inspect electrical cabinets and cabling for signs of overheating, makeshift repairs, or contamination by dust, oil, or metal particles.
- Assess overall cleanliness and care of the machine, which can indicate how well it has been operated and maintained in previous service.
FAQ
What type of work is the Ermaksan Micro-Bend Electric 80E best suited for? It is used for general metal fabrication and industrial components, particularly where high-tonnage bending and reliable repeatability are required in a compact press brake.
How much does an Ermaksan Micro-Bend Electric 80E typically cost? Typical pricing falls in the $250,000 – $900,000 USD range, depending on size, options, and condition.
Why choose an electric press brake for high-tonnage fabrication? Electric press brakes are typically selected for their positioning precision, consistent repeatability, and potential energy savings compared with traditional hydraulic machines, while still handling demanding bending work.
Is this machine suitable for small shops with limited floor space? Yes, it is a compact brake, so it is intended to provide high-capacity bending in a smaller footprint than many conventional large press brakes.
What should I focus on when matching tonnage to my jobs? Consider your thickest materials, maximum bend lengths, and hardest alloys, then choose a tonnage rating that comfortably covers these needs with some reserve capacity.
Can it handle both short-run and production work? Yes, its electric actuation and CNC control are typically well suited to both quick changeovers for short runs and consistent performance in repetitive production bending.
What are the main cost add-ons beyond the base machine price? Common add-ons include tooling packages, advanced backgauge axes, safety systems, automation options, and any required site work for power and installation.
How important is the CNC control when selecting this press brake? The CNC control is critical for ease of programming, part repeatability, and minimizing setup time, especially if you run many different parts or complex bend sequences.
What documentation should I request with a used unit? Request maintenance logs, service reports, original manuals, and any records of control or hardware upgrades to better assess condition and remaining life.
Do I need special training to operate this machine safely? Operators should receive training on the specific CNC control, safe bending practices, and all integrated safety devices to ensure compliant and safe operation.
Source: Ermaksan Micro-Bend Electric 80E Compact Brake
Ermaksan Micro-Bend Electric 80E Compact Brake
