Advanced CNC Press Brake Machine for Precision Metal Bending

• Customization: Available
• Waterproof Rating: IPX-8
• Warranty: 3-year
• Model NO.: WF67K-C
• Condition: New
• Certification: CE
• Automation: Automatic
• Suitable for: Copper, Aluminum, Alloy, Carbon Steel, Stainless Steel
• Type: Press Brake
• Voltage: According to Customer
• Product Name: CNC Press Brake Machine
• Hydraulic System: X Y Axis Hydraulic CNC Press Brake Machine
• Motor Band: Siemens Motor
• Worktable Length: 3200mm
• Control System: CT8, P40, Da66t, CT12
• Throat Depth: 400mm
• Keyword: CNC Bending Machine
• Transport Package: CNC Bending Machine Wooden Case and Plastic Seal
• Specification: Please refer to the details page
• Trademark: Rongwin
• Origin: China

Product Description

RONGWIN   Mastering Metal, Shaping Futures

WF67K-C

CNC Press Brake with One-way Servo Pump 

The electro-hydraulic servo system adopts on-demand  oil supplymode to reduce overflow and save energy by more than 30%.

WF67K-C   CNC Press Brake with One-way Servo Pump

Includes the following features and configurations:

RONGWIN Press Brakes are designed with modern technology toincreasey our productivity  and contribute to your precise part bending.Energy consumption has an important place and  impact on everybusiness.While energy consumption in standard machines constitutes 30% ofthe production cost, RONGWIN servo pump unit with low energycon-sumption allows great  energy savings. Stress-relieving was performedfor precise and long-term operation of the  machine frames.

WILA Hydraulic TOOLING SYSTEM

WILA Hydraulic Tool Clamp WILA hydraulic tool clamp, powered by hydraulic systems,  delivers high clamping  force and stability, designed for  heavy-duty tooling and high-precision bending   applications to meet rigorous industrial demands.

Syntec 3D Control CNC Unit

RONGWIN has chosen the powerful new-generation  Syntec system, which offers a higher level of efficiency in  programming and press brake control. The winning design  combined with the high quality of all construction details,  guarantees prestigious performance and long  product life.

Successfully controlling precision & productivity

Nowadays, modern sheet metal production is inconceivable without high-performance software. Highly effective control algorithms optimize the machine cycle, reduce the time required for  set-up and ensure consistently high quality.

RONGWIN CNC Backgauge Axis

Y1, Y2 axes: Control slider up/down movement

X1, X2 axes: Control back gauge forward/backward  movement

Z1, Z2 axes: Control back gauge left/right movement

R1, R2 axes: Control back gauge vertical movement V-axis:means automatic crowning compensation

MECHANICAL ENGINEERING DESIGN

RONGWIN has extensive R&D experience in designing components to tight tolerances  using SOLIDWORKS 3D CAD modeling. Our computer-aided engineering (CAE) capabilities in heavy industry applications  provide advanced solutions for conventional manufacturers preparing for the fourth  industrial revolution (Industry 4.0).

STRESS ANALYSIS & FINITE ELEMENT ANALYSIS

SOLIDWORKS CAE software applies linear static analysis to evaluate stress and deformation in press brake and laser cutting machine frames.
RONGWIN engineers utilize first-principle calculations to design CNC press brakes and laser cutting machines.

INDUSTRY 4.0

RONGWIN utilizes advanced CNC technology and  smart factory software to achieve comprehensive connectivity  and automation of equipment and systems. Real-time data  collection and analysis ensure efficient and precise  production while flexibly responding to market demand  changes, enhancing company competitiveness. Join RONGWIN Bending Machine Factory 4.0 and  embrace the future of smart manufacturing.

YASKAWA servo Motor& Driven from Japan Brand

LAZERSAFE IRIS SYSTEM

The state of the art in combining safety, productivity,  and precision. It provides superior optical protection while maintaining  peak productivity and  performance. Advanced camera-based technology  enables specialized functions  that deliver:Enhanced operator safety,Greater operational  stability in diverse  environments,Improved functionality,Increased productivity