CNC Servo Electric Press Brake Machine
MYT CNC servo electric press brake machine equipped with advanced servo drive technology, significantly improves energy efficiency by up to 75% compared to hydraulic press brakes, offering faster processing speeds and enhanced precision.
MYT Servo Electric Press Brake Machine Advantages
- Servo Drive-Technology Provides High Precision Bending Results
- 100%Pure electric power with no oil.
- Up to 50%less energy consumption compared to a hydraulic press brake.
- Less maintenance costs.
- Eco-friendly.
- Up to 35%faster compared to a hydraulic press brake.
- High efficiency and precision.
- High bending speed and less noise.
- Full bending length between side frames.
- Friendly user interface.
EPB 100%ELECTRICAL
INDUSTRY 4.0 READY
Connection to company LAN and ERP
Remote assistance and diagnostics
Simple and user-friendly HMI
GREEN 100%ELECTRICAL
Up to 80%Energy Saving
Maximum C02 and 100%Electrical
Maximum return on your investment
NEW DESIGN
Updated Design
New coded security doors
High-gloss anti-dirt water-based paint
HIGH PERFORMANCES
More than 60%higher productivity
Ram Speed 200 mm/s
X-axis Speed 500 mm/s
ePrAX®Control
The servo eDrive
Improving energy efficiency of up to 75% compared to conventional systems.
Maximum stamina!
It bends and bends and bends...
Easy parameter finding!
Quality zHigher Operation Speeds
Faster & more efficient!
Speedzmore than %40Oil Save
More faster-on-time!
Save time and costs…
COMPARISON
BALL SCREWS
HIGH PERFORMANCE
The high-capacity ball scew has larger sphere diameters in higher quantities. The reciculation pipes are located at a 180 ensuring a better load distribution.
LOW NOISE
By gety absorbing the balls i the tangent direction of the spindle axis, the impact of this collision with other components is strongly reduced. Compared to the conventional pipe type, noise is reduced by more than 6dB.
GREASE RETENTION
Thanks to the special profile of the spherical cavity fte screw, and together with the grease retaining seal A1, the grease retention characteristics improve greatly compared to conventional plastic seals.
STANDARD CONFIGURATION
OPTIONAL BACKGAUGE SYSTEM
| Y1 | Left cylinder electro-hydraulic synchronous closed loop control axis |
| Y2 | Right cylinder electro-hydraulic synchronous closed loop control axis |
| X(X1,X2) | Back gauge moving axis(back and front) |
| R(R1,R2) | Back gauge moving axis(up and down) |
| Z1,Z2 | Two stop fingers moving axis (left and right) |
| V | CNC crowning axis |
Backgauge 1 Axis
Back Gauge With X-axis With Optional Joystick
Backgauge 2 Axis
Back Gauge With X-axis With Optional Joystick Z1, Z2
Backgauge 4 Axis
Back Gauge With X, R, Z1, and Z2 axes
Backgauge 6 Axis
Back Gauge with X1, X2, R1, R2, Z1, Z2 axes
OPTIONAL CONFIGURATION
LASER SAFE—Performance Without Compromise
WILA PUNCH TOOL CLAMP HOLDERS
Increase your press brake productivity:
Преимущество:
WILA NEW STANDARD TOOL HOLDERS
TOOL HOLDERS New Standard Pro:
Преимущество:
TECHNICAL PARAMETERS
| Nominal Pressure | 400KN | 400KN | 500KN | 600KN | 1000KN |
| Servo Main Motor Power | 7.5KW*2 | 7.5KW*2 | 7.5KW*2 | 15KW*2 | 22KW*2 |
| Maximum Bending Length | 1200мм | 1600mm | 2000мм | 2500мм | 3000mm |
| Column Spacing | 1360mm | 1760mm | 2160mm | 2660mm | 3160mm |
| Maximum Opening Height | 390mm | 390mm | 420мм | 420мм | 420мм |
| Y1,Y2 Axis Down Speed | 0.5-150mm/s | 0.5-125mm/s | 0.5-100mm/s | 0.5-120mm/s | 0.5-110mm/s |
| Y1,Y2 Axis Working Speed | 0.5-50mm/s | 0.5-50mm/s | 0.5-50mm/s | 0.5-50mm/s | 0.5-50mm/s |
| Y1,Y2 Axis Return Speed | 0.5-150mm/s | 0.5-125mm/s | 0.5-100mm/s | 0.5-120mm/s | 0.5-110mm/s |
| X-axis Speed | 300mm/s | 300mm/s | 300mm/s | 500мм/с | 500мм/с |
| R Axis Speed | 200mm/s | 200mm/s | 200mm/s | 200mm/s | 200mm/s |
| Z1/Z2 Axis Speed | 1000mm/s | 1000mm/s | 1000mm/s | 1000mm/s | 1000mm/s |
| Y1,Y2 Axis Acuracy | ±0.01mm | ±0.01mm | ±0.01mm | ±0.01mm | ±0.01mm |
| X-axis Accuracy | ±0.1mm | ±0.1mm | ±0.1mm | ±0.1mm | ±0.1mm |
| RAxis Accuracy | ±0.1mm | ±0.1mm | ±0.1mm | ±0.1mm | ±0.1mm |
| Z1/Z2 Axis Accuracy | ±0.1mm | ±0.1mm | ±0.1mm | ±0.1mm | ±0.1mm |
| Y1,Y2 Axis Travel | 150мм | 150мм | 150мм | 200мм | 200мм |
| X-axis Travel | 500мм | 500мм | 500мм | 500мм | 500мм |
| R Axis Travel | 150мм | 150мм | 150мм | 150мм | 150мм |
| Z1/Z2 Axis Travel | 1000mm | 1450mm | 1850mm | 2300mm | 2800mm |
| Система ЧПУ | ESA/DELEM/Cybelec | ESA/DELEM/Cybelec | ESA/DELEM/Cybelec | ESA/DELEM/Cybelec | ESA/DELEM/Cybelec |
| Размеры | 2400×2100×2290mm | 2800×2100×2290mm | 3200×2100×2380mm | 3600×2100×2550mm | 4100×2000×2550mm |
| Масса | 4400kg | 4800kg | 5500кг | 6200kg | 8200kg |
Проконсультируйтесь со специалистами по листогибочным прессам MYT
Мы поможем вам избежать ошибок, чтобы обеспечить качество и эффективность, необходимые вашим листогибочным прессам с ЧПУ и ЧПУ, в срок и в рамках бюджета.
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Свяжитесь с нами сейчас
- Решения по подключению напрямую от завода-изготовителя.
- Высокое качество, конкурентоспособная цена.
- Индивидуальные решения.
- Подход к решению проблем.
What is a servo electric press brake?
The servo electric press brake is an advanced metalworking device primarily used for precision bending of sheet metal. Driven by a servo motor and combined with an advanced control system, it achieves high-precision, high-efficiency, and environmentally friendly processing.
Why was the servo electric press brake invented?
The invention of the servo electric press brake primarily addressed the need for resource conservation and environmental protection, as well as the need to improve production efficiency and precision. Traditional hydraulic systems suffer from high resource consumption, severe pollution, and complex maintenance, necessitating a more efficient, environmentally friendly, and energy-saving alternative.
The servo electric press, by utilizing an electric drive and servo motor, achieves higher precision, faster processing speeds, and lower energy consumption, while also reducing environmental pollution.
Furthermore, servo electric presses offer higher production efficiency and lower maintenance costs, making them an indispensable and important piece of equipment in modern manufacturing.
How does a servo electric press brake work?
After the program and parameters are set, two servo motors convert rotary motion into linear motion via belts, ball screws, or direct drives, pushing the punches downward. The press brake punches, working in conjunction with the die, apply pressure to the metal part, bending it. In some systems, the servo motors transmit power via a synchronous belt and pulley system to ensure even force distribution.
After bending, mechanical springs or servo motors reverse the motion, and ball screws drive the ram and punches back to their initial positions, ready for the next operation.
Sensors and controllers monitor the position and speed of the punches in real time, ensuring precision and stability throughout the entire process.
What are the advantages of a servo electric press brake?
- A servo electric press brakeoffers significant energy savings compared to traditional hydraulic press brakes. Its motor drive system consumes energy only when needed, while the hydraulic system requires continuous operation to maintain pressure, resulting in higher energy consumption. A servo electric press brake can reduce energy consumption by over 50%, or even 70%. Furthermore, since no hydraulic oil is required, pollution and environmental impact are reduced.
- The servo electric press brake offers fast response, enabling rapid acceleration and deceleration, therebyimproving production efficiency. Its response time is over 30% faster than that of a hydraulic system. Furthermore, the precise control provided by the servo motor makes the press bending process more efficient and reduces processing time.
- Utilizing a servo motor and a high-precision feedback system, the servo electric press brakeachieves highly precise bending operations. Its repeatability is as low as 0.01%, with high stability. Furthermore, the servo system adjusts its operation in real time, ensuring stability and consistency under varying loads.
- The servo electric press brakeoperates quietly, typically below 70 decibels, making it significantly quieter than hydraulic systems. Furthermore, its oil-free operation reduces noise and pollution, complying with environmental regulations.
- Because the servo electric press brake eliminates the need for hydraulic fluid and related components,maintenance costs are significantly reduced. While hydraulic systems require regular fluid changes and maintenance, the servo electric press brake’s simpler structure reduces the potential for wear and failure.
What can servo electric press brakes be used for?
Servo electric presses offer high precision but typically have lower tonnage. They are suitable for small, medium, and high-precision machining tasks, such as cabinets, housings, brackets, frames, small precision parts, energy storage device components, and metal decoration.