Haco ERMS CNC Press Brake

$60,000 – $250,000 depending on tonnage and length Updated 2026-03-17

Key Specifications

Capacity

40 – 400 ton (multiple models)

Bending Length

1600 – 6000 mm

Ram Drive

Hydraulic, synchronized dual cylinder (ERMS system)

Position Feedback

Closed-loop optical encoder on both sides

Crowning

Automatic hydraulic crowning beam

Backgauge

5-axis (X, R, Z1, Z2, X1 standard; 6th axis optional)

Overview

The Haco ERMS is a hydraulic synchronous CNC press brake from Haco, a Belgian manufacturer of sheet metal fabrication equipment. The ERMS series targets mid-range European fabrication shops and export markets, offering bending capacities from 40 to 400 tons in lengths from 1600 mm to 6000 mm. Haco's ERMS differentiates itself from basic hydraulic press brakes through its CNC-synchronized left and right hydraulic cylinders (tandem hydraulics) using closed-loop position feedback on both sides, eliminating angular error across long bending lengths that plagues simpler hydraulic machines. The machine uses a Delem DA-69T multi-axis controller for programming, offering 2D and 3D part simulation and import of DXF files for automatic bend sequence calculation. The ERMS series includes automatic crowning via a hydraulic crowning beam that compensates for ram deflection to maintain consistent bend angle from edge to edge of the workpiece. Available in standard European and American tooling configurations, the ERMS is popular in metal enclosure fabrication, trailer manufacturing, and HVAC equipment production across Europe and North America.

Full Specifications

Parameter	Value
Capacity	40 – 400 ton (multiple models)
Bending Length	1600 – 6000 mm
Ram Drive	Hydraulic, synchronized dual cylinder (ERMS system)
Position Feedback	Closed-loop optical encoder on both sides
Crowning	Automatic hydraulic crowning beam
Backgauge	5-axis (X, R, Z1, Z2, X1 standard; 6th axis optional)
Control	Delem DA-69T with 2D/3D simulation
Open Height	470 – 600 mm (model dependent)
Approach Speed	180 mm/s
Return Speed	190 mm/s
Manufacturer	Baileigh
Model	BP-12313CNC
Capacity	100,000 kg
Shut Height	304.8 mm
Stroke Length	177.8 mm
Daylight	457.2 mm

Specifications sourced from machinio.com — verified 2026-03-28

Strengths & Limitations

Strengths

ERMS synchronized hydraulics provide consistent angle across full bending length
Delem DA-69T is one of the most capable press brake controllers in the mid-range segment
Automatic crowning eliminates manual shimming and produces consistent bend angles
Belgian manufacturing with European-quality construction at competitive pricing
Wide range from 40 to 400 tons covers light gauge to structural plate

Limitations

Haco has less brand recognition than Amada, Trumpf, or Bystronic in premium segments
Hydraulic system consumes energy at idle vs servo-electric alternatives
Delivery from Belgium can add lead time for North American buyers
Limited North American service network compared to major competitors

Best For

European sheet metal fabricators seeking reliable mid-range hydraulic press brakes HVAC ductwork and enclosure manufacturers bending light gauge sheet Trailer and vehicle body manufacturers bending structural plate Export-market buyers seeking European-quality machines at prices below top-tier brands

Frequently Asked Questions

01 What does ERMS stand for?

ERMS stands for Electro-hydraulic Ram Monitoring System. It refers to Haco's synchronized dual hydraulic cylinder system with closed-loop position feedback on both sides of the ram, enabling precise parallelism control during bending.

02 Does the Haco ERMS include a crowning system?

Yes. The ERMS includes an automatic hydraulic crowning beam in the lower table that actively compensates for ram deflection under load, maintaining consistent bend angle across the full bending length without manual adjustment.

03 Is American-style tooling available for the Haco ERMS?

Yes. Haco offers both European (Wila/Wilson) and American-style tooling configurations. Shops already invested in one tooling standard can specify the appropriate configuration at time of order.