Ermaksan Micro-Bend Electric 50E Compact Brake
The Ermaksan Micro-Bend Electric 50E Compact Brake is an electric press brake designed for general metal fabrication and industrial component production where high-tonnage bending capacity is required in a relatively compact footprint.
Overview
- Electric press brake configuration aimed at efficient, repeatable metal bending operations.
- Suited for high-tonnage general fabrication tasks and industrial component manufacturing.
- Compact form factor relative to its capacity, useful where floor space is limited.
- Intended for general metal fabrication shops, OEMs, and industrial job shops handling varied part runs.
- Supports bending operations across a range of material types and thicknesses, subject to tooling and tonnage limits.
Budgeting & Pricing
- Typical pricing estimate: $250,000 – $900,000 USD, depending on configuration and options.
- Higher-end of the range usually reflects added automation (backgauges, sheet followers, angle measurement) and advanced controls.
- Budget should account for tooling (punches/dies), which can be a significant additional cost for varied profiles.
- Installation, commissioning, and operator training are often separate line items from the base machine price.
- Allow for ongoing costs: maintenance, periodic calibration, and potential software upgrades for the control system.
- Electrical service upgrades and any required foundation or anchoring work can add to the project budget.
Specs That Matter
- Tonnage capacity – Ensure the press brake’s maximum bending force supports your thickest materials and longest bends used in high-tonnage general fabrication.
- Bend length / working width – Match the machine’s maximum bending length to your largest parts, including any flanges that must clear side frames.
- Electric drive performance – Evaluate ram speed, positioning accuracy, and energy efficiency benefits typical of electric press brakes for repeatable production.
- Backgauge capability – Number of axes, accuracy, and stroke range determine how quickly and precisely you can set up for different part depths and bend sequences.
- Control system – Look for programming flexibility, part libraries, 2D/3D bend visualization, and ease of use for operators with varying skill levels.
- Tooling interface – Compatibility with standard tooling profiles, clamping style, and quick-change features affect changeover time and part quality.
- Frame rigidity & deflection compensation – Machine stiffness and any crowning/compensation features help maintain angle consistency across long bends.
Buying Advice
- Confirm the machine’s tonnage and bend length against your current and anticipated maximum material thicknesses and part sizes.
- Inspect the overall frame condition and look for signs of distortion, excessive wear, or damage that could affect bending accuracy.
- Test the ram movement for smooth travel, consistent speeds, and accurate stopping at programmed positions.
- Check the backgauge operation for repeatability, full travel, and any abnormal noise or backlash in the drive system.
- Review the control interface: verify that all screens, buttons, and safety interlocks operate correctly and that software versions are documented.
- Examine tooling and clamping systems for wear, compatibility with your existing tools, and the ease of tool changes.
- Verify that all safety devices (light curtains, guards, emergency stops) are present, functional, and compliant with your local regulations.
- Ask for bend test demonstrations on materials similar to your own to assess angle accuracy and repeatability over multiple cycles.
- Request maintenance and service records, including any major repairs, component replacements, or control system updates.
- Confirm power requirements and ensure your facility can support the electrical load and any ancillary infrastructure needs.
Buyer Questions
What kind of work is the Ermaksan Micro-Bend Electric 50E best suited for? It is suited for high-tonnage general metal fabrication and industrial component manufacturing where accurate, repeatable bending is needed in a compact press brake format.
How much should I budget for this machine? Expect a typical price range of about $250,000 – $900,000 USD, with the final cost driven by options, automation level, and control features.
Why choose an electric press brake over a hydraulic one? Electric press brakes are often selected for their precise ram control, energy efficiency, and consistent repeatability, which benefit production of general fabricated parts.
What specifications are most critical when comparing press brakes? Tonnage capacity, maximum bend length, backgauge capability, control system features, and frame rigidity are key items to compare across machines.
Can this machine handle thick materials for high-tonnage applications? It is categorized for high-tonnage general fabrication; you should verify the exact tonnage rating and tooling setup against your specific material thicknesses.
How important is the backgauge on this type of press brake? The backgauge is critical for part positioning, bend accuracy, and fast changeovers, especially in industrial component production with varied part geometries.
What should I look for when inspecting a used unit? Focus on frame condition, ram accuracy, backgauge performance, control functionality, safety systems, and documented maintenance history.
Do I need special tooling for this machine? You will need compatible punches and dies sized for your tonnage and material range; check the tooling interface and clamping style before purchase.
How does the compact design affect performance? The compact design primarily reduces floor space requirements; performance still depends on the specific tonnage, frame stiffness, and control capabilities of the configuration.
What additional costs should I plan for beyond the purchase price? Plan for tooling, installation, training, possible electrical upgrades, and ongoing maintenance and calibration to keep the press brake performing reliably.
Source: Ermaksan Micro-Bend Electric 50E Compact Brake
Ermaksan Micro-Bend Electric 50E Compact Brake
