Ermaksan Micro-Bend Electric 39E Compact Brake
The Ermaksan Micro-Bend Electric 39E Compact Brake is an electric press brake configured for high-tonnage general metal fabrication and industrial components, aimed at manufacturers needing precise, repeatable bending in a compact footprint for production environments.
Overview
- Electric press brake design suited to high-tonnage bending for general fabrication and industrial component manufacturing.
- Compact form factor intended for shops where floor space is limited but production demands are significant.
- Used in general metal fabrication workflows where consistent bend angles and repeatability are critical.
- Applicable to a wide range of industrial components, from brackets and frames to structural and enclosure parts, within its tonnage and length limits.
- Electric drive concept typically supports faster approach speeds and efficient energy use compared with purely hydraulic systems.
- Positioned for industrial users rather than light hobby or prototype-only work, given its high-tonnage capability and price band.
Budgeting & Pricing
Typical pricing for an Ermaksan Micro-Bend Electric 39E Compact Brake is in the range of $250,000 – $900,000 USD, depending on configuration, options, and condition.
- Base configurations with standard backgauge, controls, and minimal tooling are generally at the lower end of the range.
- Higher prices are associated with larger tonnage capacities, longer bending lengths, and more sophisticated CNC control packages.
- Additional cost drivers include premium backgauge axes, offline programming software, safety systems, and special tooling packages.
- Buyers should consider total cost of ownership: acquisition price, power requirements, operator training, and ongoing maintenance.
- Used machines may be available within or below this band depending on age, hours, and service history, but may require refurbishment or upgrades.
- Budget planning should include installation, rigging, foundation or anchoring needs, and any integration with existing production lines.
Key Selection Factors
- Tonnage capacity vs. material needs – Match the machine’s high-tonnage capability to your maximum material thickness, grade, and bend length requirements to avoid under- or over-specifying.
- Bend length and usable daylight – Ensure the working length and vertical opening accommodate your largest parts, flanges, and any box or channel geometries you plan to form.
- Electric drive performance – Consider approach/return speeds, positioning accuracy, and energy efficiency benefits of an electric compact brake in continuous production.
- CNC control and programming – Evaluate how many axes are controlled, ease of programming, 2D/3D bend simulation capability, and compatibility with your existing CAD/CAM workflow.
- Backgauge capability – Number of axes, speed, accuracy, and repeatability of the backgauge are critical for throughput and consistency on industrial component runs.
- Tooling interface and flexibility – Check compatibility with standard punch/die systems, available tool heights, and quick-change features for frequent setup changes.
- Footprint and integration – Confirm the compact design fits your available floor space and material flow, including infeed/outfeed and any automation you may add later.
What to Inspect Before You Buy
- Verify the nameplate tonnage and bending length against your current and projected job requirements.
- Inspect the ram and bed surfaces for wear, scoring, or evidence of overloading or misalignment.
- Check the backgauge for smooth travel, positional repeatability, and any excessive play or backlash.
- Test the CNC control: power-up behavior, error logs, responsiveness, and availability of required functions or language packs.
- Confirm the condition and compatibility of included tooling (punches and dies), and inspect for cracks, chipping, or uneven wear.
- Evaluate electrical components and cabling for signs of overheating, modifications, or non-standard repairs.
- Review service and maintenance records, including any major component replacements or control upgrades.
- Run a bending test on representative materials to assess angle accuracy, repeatability, and cycle time.
- Check safety systems (light curtains, guards, emergency stops) for proper operation and compliance with your local regulations.
- Confirm installation requirements: power supply, floor loading, access for rigging, and any special environmental needs.
Buyer Questions
What types of work is the Ermaksan Micro-Bend Electric 39E best suited for? It is oriented toward high-tonnage general metal fabrication and industrial components where precise, repeatable bending is needed in a compact, production-capable machine.
How should I size the tonnage for my applications? Determine your thickest and strongest material, maximum bend length, and tightest required bend radius, then select a tonnage rating that comfortably covers those conditions with a safety margin.
What advantages does an electric compact brake offer? An electric design typically offers efficient energy use, fast approach/return speeds, and high positioning accuracy, which can benefit cycle time and consistency in production environments.
Is this machine appropriate for small job shops? It can be, but the high-tonnage capability and price range generally make it more suitable for shops with steady industrial or general fabrication workloads rather than occasional bending.
What should I budget beyond the purchase price? Plan for rigging and installation, electrical hookup, operator and programmer training, initial tooling packages, and any required safety or guarding upgrades.
Can I integrate this press brake into an automated cell? The compact footprint and electric architecture can be favorable for integration, but you should verify interface options, floor space, and any required automation hardware with your integrator.
How important is the CNC control choice? Very important; the control affects programming time, ease of use, bend accuracy, and compatibility with your CAD/CAM system, especially for complex industrial components.
What documentation should I request from the seller? Ask for manuals, wiring diagrams, parameter backups, service and maintenance history, and any records of software or hardware upgrades.
How do I evaluate a used unit’s condition? Combine a visual inspection of mechanical and electrical components with test bends on your material, and review maintenance records to gauge how the machine has been treated.
What if my future work changes in thickness or size? When specifying the machine, consider potential future jobs and select tonnage, bend length, and control capability that offer some headroom for growth.
Source: Ermaksan Micro-Bend Electric 39E Compact Brake
Ermaksan Micro-Bend Electric 39E Compact Brake
