SMS CNC Electro Hydraulic prss brake

SPE Series

Precision bending solutions with advanced electro-hydraulic technology, delivering superior accuracy, efficiency, and reliability for metal fabrication

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High Precision

±0.01° bending angle accuracy

Energy Efficiency

30%-60% more efficien

Intelligent Operation

3D process simulation

What is CNC Electro Hydraulic Press Brake?

A CNC electro hydraulic press brake is an advanced metal forming machine that uses computer numerical control (CNC) and electro-hydraulic technology to bend metal sheets with high precision. Unlike traditional mechanical press brakes, the SPE series utilizes a sophisticated hydraulic system controlled by servo motors, offering superior energy efficiency and bending accuracy. The SPE series represents the pinnacle of our bending technology, combining robust construction with intelligent controls to meet the demanding requirements of modern metal fabrication industries.
  • CNC controlled for high precision bending
  • Electro-hydraulic drive system for energy efficiency
  • Intelligent bending angle compensation
  • User-friendly control system with 3D simulation

Application Area

Car

Aerospace

Fabrication

Medical

Railway

Ship

Standard Equipment

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Delem DA53TX Controller

The new DA-53Tx touch CNC control provides a modern compact and versatile solution for a wide range of press brake applications without compromising machine functionality.
  • Numerical touch screen programming.
  • 15" high resolution color TFT.
  • Crowning control.
  • Servo and frequency inverter control.
  • Advanced Y-axis control algorithms for closed-loop as well as open-loop valves.
  • USB, peripheral interfacing.
  • Profile-T offline software.

Quality CNC Back Gauge

The 4+1 axis consists of 4 basic motion axes (Y1, Y2, X, R) and 1 compensation axis (usually V axis). All axes work together to achieve high-precision bending control.
  • Taiwan Hiwin Linear guide and Ball screw used for X & R axis.
  • Fingers: rotational fine adjustment & electric adjustment.
  • Y-axis positioning accuracy: ±0.01mm
  • X+R axis positioning accuracy: ±0.025mm.

Main Servo Motor-VEICHI

General servo motor system: shorter body, lower temp rise, higher speed (handles complex conditions); efficient, stable, multiple specs/inertia grades for quality servo drive.
  • Ultra-high bending precision & consistent processing.
  • Fast dynamic response, suitable for complex bending.
  • Significant energy saving, cutting long-term operating costs.
  • High operational stability, extending the service life of the equipment.
  • Adapt to intelligent upgrading and expand functional scenarios.

Oil Pump-nACHI

IPH- Series. Nachi (Fujikoshi) oil pumps from Japan demonstrate significant advantages in various aspects such as efficiency, stability and adaptability, thanks to their unique design and advanced technology
  • Patented axial/radial pressure loading system: high efficiency, max pressure 300 bar.
  • Modified involute short-tooth gear: internal gearing , ultra-quiet operation.
  • Compact, light and less components.
  • Impervious design for a long lifetime.
  • Minimum on internal leakage brings very high efficiency.
  • Elastic bearings allows a movement that expand the life time and reduce wearout.
  • Unique plain bearing support mechanism (Easy Maintenance)

Hydraulic Components- rexroth

Electro-hydraulic servo bender hydraulic system: core power for high-precision bending; performance determines response speed, control accuracy, load capacity, stability.
  • The German Bosch Rexroth valve block provides a powerful power source.
  • A high-frequency response proportional servo valve is adopted.
  • The positioning accuracy reaches 0.01mm.
  • Integrated high-pressure filter.
  • Integrated hydraulic deflection compensation function.
  • equipped with an LVDT displacement sensor for better precision control.

Sealing Components-NOK

Hydraulic system/cylinder valves: imported sealing rings (anti-aging, good sealing); ferrule oil pipe joints (self-sealing, no ring) cut oil leakage.
  • Imported japan NOK Company O-Ring + Y-Ring + U-Ring.
  • Prevent leakage and ensure system pressure.
  • Prevent contamination and protect hydraulic components.
  • Adapt to dynamic working conditions and ensure stability.

Grating Ruler-givi measure

Machine sides: 2 linear encoders (measure ram-worktable distance, table-mounted to avoid side frame deformation influence); data sent to control system for servo valve control signals.
  • Magnetic incremental encoder with pole pitch 2+2 mm.
  • Particularly suitable for applications on synchronized press brakes.
  • Reader head: guided by self-aligned, self-cleaning sliding carriage (with spring system).
  • Resolution up to 1 μm and repeatability ± 1 increment.
  • Accuracy grade ± 15 μm.
  • Moulded M12 connector (IP 67) or other models on request.
  • Safety limit switches, positionable at both ends.

Automatic Crowning Worktable

Bending: Sheet reaction deforms slider lower surface concave (max in middle) → uneven workpiece angles; auto convexity-adjustable worktable bulges middle to offset deformation, homogenize pressure, ensure consistent angles.
  • Greatly improve bending precision and ensure workpiece consistency.
  • High degree of automation, reducing the operation threshold and errors.
  • Suitable for multiple working conditions with strong flexibility.
  • Reduce equipment wear and tear and extend service life.
  • Improve processing efficiency and reduce rework.

Ball Screw & Linear Guide -Hiwin

  • High positioning accuracy.
  • Low wear, maintaining accuracy for a long time.
  • Suitable for high-speed movement, cutting machine's required driving horsepower.
  • Withstands vertical (up/down) & horizontal (left/right) loads simultaneously.
  • Easy assembly and interchangeability.
  • Simple lubrication structure.

Fast Claping System

Manual quick die clamp (upper die): fast clamping/removal, solves traditional bolt pain points (low efficiency, cumbersome); fits small-batch, multi-variety sheet processing.
  • Greatly shorten the die change time.
  • Low operation threshold and labor-saving.
  • Reliable structure and controllable cost.
  • Stable clamping and precise positioning.

Front Support Device

It supports the sheet metal during the bending process (especially for large-size and heavy workpieces), reduces the intensity of manual holding, and ensures the processing positioning accuracy through stable support.
  • Fewer complex transmission components, lower manufacturing/maintenance difficulty.
  • Complete height and distance adjustment without disassembling bolts.
  • Prioritize manual/small electric drives to avoid high-end servo system investment.
  • Bears sheet metal weight without obvious deformation, ensuring support accuracy.

Electronic components

Adopting branded electrical components, the circuit design is simple, reasonable, and the wiring is neat. The oversized cabinet is sturdy and durable, with good heat dissipation and low failure rate.
  • Schneider imported components are adopted, featuring reliable quality and safety as well as easy replacement

DSP Laser Protection

DSP laser safety device protects operator safety (avoids slider movement risks); forms block protection for bending tool tip (front/middle/rear), fixed under tip & moves with die. Any object enters zone before touching tip → DSP signals to stop slider.
  • CLASS 1M Block Laser Emitter.
  • Safety level up to CAT.4 and SIL3.
  • Compliant with European CE certification.
  • Protection class IP65.
  • System response time is 5MS
  • Maximum protection distance up to 15M
  • Equipped with LED indicators to display various statuses
  • With stop distance detection function
  • Protects tool tip (front/middle/rear, shieldable); shielding front/rear enables box-folding.
  • Shielding points: manually adjustable at will, easy setting, continuous monitoring

Rear Protection + Door open and power off

Bender door-open power-off protection: key safety function, prevents operator contact with hazardous areas (avoids mechanical injury/electric shock).
  • Prevention of Mechanical Hazards
  • Prevention of Injury Caused by Misoperation
  • Protection of Equipment Precision
  • Compliant with safety regulations

Standard Tools

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Optional Parts

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Main Parameters

Model Pressure Working Table column spacing Slide Stroke Max opening throat depth Motor power Oil Tank Length Width Height Weight
KN
MM
MM
MM
MM
MM
KW
L
MM
MM
MM
KG
50/2000
500
2000
1600
160
420
300
4
220
2500
1500
2600
4500
80/2500
800
2500
2100
160
420
400
4
220
2500
1600
2820
6000
80/3200
800
3200
2700
160
420
400
5.5
250
3000
1600
2820
6500
100/3200
1000
3200
2700
200
460
400
7.5
300
3700
1650
2790
7600
100/4000
1000
4000
3500
200
460
400
7.5
300
4500
1650
2790
8500
130/3200
1300
3200
2700
200
460
400
11
350
3700
1750
2890
9000
130/4000
1300
4000
3500
200
460
400
11
350
4500
1750
2890
10500
160/3200
1600
3200
2700
200
460
400
15
450
3700
1750
2890
10500
160/4000
1600
4000
3500
200
460
400
15
450
4500
1750
2990
11500
200/3200
2000
3200
2700
200
460
400
18.5
500
3700
1900
2990
12500
200/4000
2000
4000
3500
200
460
400
18.5
500
4500
1900
2990
13500
250/3200
2500
3200
2700
250
520
400
22
650
3700
2100
3500
15000
250/4000
2500
4000
3500
250
520
400
22
650
4500
2100
3500
16500
250/5000
2500
5000
4000
250
520
400
22
650
5500
2100
3500
17500
250/6000
2500
6000
5000
250
520
400
22
650
6500
2100
3500
26500
320/3200
3200
3200
2600
300
570
400
30
700
3700
2200
3600
19000
320/4000
3200
4000
3500
300
570
400
30
700
4500
2200
4000
21000
320/5000
3200
5000
4000
300
570
400
30
700
5500
2200
5000
27000
320/6000
3200
6000
5000
300
570
400
30
700
6500
2200
5750
32000
400/4000
4000
4000
3200
300
570
400
37
1000
4500
2500
5200
26500
400/5000
4000
5000
4000
300
570
400
37
1000
5500
2500
5500
30500
400/6000
4000
6000
5000
300
570
400
37
1000
6500
2500
5750
33500

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