High-temperature resistant and impact-resistant
Punch press mechanical clamping arm
The robotic arm of the hot forging press automatically performs feeding, forging, and transfer operations in high-temperature, dusty environments.
Hot forging robot arms serve as the core of die forging automation, featuring high-temperature resistance and impact resilience. Commonly employing four-degree-of-freedom Cartesian or cam-driven mechanisms, they can be servo- or hydraulically-driven to perform material handling, die feeding, part removal, and process transfer. With cycle times ≤2.5 seconds and positioning accuracy of ±0.2 mm, these systems incorporate water-cooled grippers and thermal compensation. They are widely used for efficient production of hot-forged components such as bolts and connecting rods.
WHY choose us
our adavantage
Through optimized process design and intelligent control technology, the equipment achieves high-efficiency operation and rapid changeovers, making it particularly suitable for multi-variety, small-batch production requirements.
efficiency production
Operating temperature: 600–900 °C typical, up to 1100 °C for short periods; Cycle time: ≤2.5 s/piece; Repeatability: ≤±0.2 mm; MTBF: ≥2000 hours
Intelligent & Precise
Integrated with an intelligent control system, it monitors production parameters in real time to ensure product precision within ±0.1mm, meeting high-specification industrial requirements. It is particularly suitable for the precision component manufacturing sector.
Innovative Design
Production lines optimize energy usage, reducing energy consumption by 20% while minimizing waste emissions. This aligns with modern green manufacturing standards and supports enterprises in achieving their sustainable development goals.
Market Prospects
Widely used in the automotive, aerospace, and home appliance industries, it is projected to achieve an average annual growth rate of 15% in market demand over the next five years, making it a key piece of equipment for enterprises to seize the initiative in smart manufacturing.
Solutions for Efficient Production and Precision Machining
Through optimized process design and intelligent control technology, the equipment achieves high-efficiency operation and rapid changeovers, making it particularly suitable for multi-variety, small-batch production requirements.
Compact footprint, low noise
Integrated with an intelligent control system, it monitors production parameters in real time to ensure product precision within ±0.1mm, meeting high-specification industrial requirements. It is particularly suitable for the precision component manufacturing sector.
Custom Control Method
We support both high-end configurations: servo motors + multi-axis motion control cards, and economical options: purely mechanical cams + hydraulic/pneumatic structures. Customization is available to meet specific client requirements.
Smooth Grasping
Utilizing servo motor drive and ball screw transmission, it enables rapid and precise movement in both horizontal and vertical directions. Equipped with pneumatic grippers, material feeding devices, and precise detection systems tailored to customer bar stock dimensions, it ensures smooth gripping of bar stock and efficient loading/unloading of workpieces.
List of Wear Parts for Pneumatic Grippers
Stainless Steel Mini Cylinder (YADEKA): MF20X60SCA,Two-year warranty.
Solenoid Valve (YADEKA):4V21006B,Two-year warranty.
Shielded Proximity Sensor (Omron): E2E-X3D1-N-Z 2M,Two-year warranty.
Square Proximity Sensor(Omron):TL W3MC1,Two-year warranty.
Square Proximity Sensor(Omron): TL-Q5MD1-2M,Two-year warranty.
Analog Module (Inovance):FX3G-2AD,Three-year warranty.
Ball Screw Nut Assembly (TBI): SFAR2010C1DFC5-323-P1,Two-year warranty.
400W Servo Motor (Inovance):HG-KN43J-S100 ,Three-year warranty.
Robotic Arm Workflow
Servo-driven ball screw transmission, equipped with pneumatic grippers and a detection system, enables precise and smooth loading and unloading.
Workflow
1.The heating furnace heats the bar stock. Once heated to the appropriate temperature, the bar stock slides down the chute onto the conveyor line. The conveyor line transports the workpiece to the conveyor chain transport mechanism. When the sensor detects that the robotic arm loading position is empty and the chute loading position has received material, it simultaneously issues a signal indicating the discharge bar is in position.
2.Upon receiving the signal that the billet is in position, the hot forging manipulator performs temperature screening. After confirming the temperature meets specifications, the manipulator grips the billet, issues a material retrieval completion signal, and feeds the billet into the press. The press’s ejection mechanism then activates, causing the upper die to release the workpiece. The manipulator’s front end guides the previously forged workpiece onto the discharge chute. The manipulator then retracts to a safe position to prepare for material retrieval, signaling completion of feeding. If the temperature fails inspection, the manipulator discards the bar into the scrap chute, where it enters the scrap bin.
3.Upon receiving the feed completion signal, the hot forging robotic system automatically checks whether the upper die workpiece has been ejected. If ejection is successful, the press proceeds with the forging operation and returns to the top safety position. If ejection fails, the system triggers a stuck die alarm and pauses operation.
Stamping product display
Our highly efficient Red Punching Machine are loved by customers worldwide, and we look forward to the day we meet again.
need local service？
We have agents in the following countries, if you want to get a quick overview of our products, Please contact us for our local agent’s contact details.
- Asia Area:India, Bangladesh, Thailand
- Southeast Asia:Indonesia, Malaysia,
- Central Asia:Mongolia, Kazakhstan
- Middle East:Jordan, Iran, Iraq, Turkey
- Africa:Egypt, Morocco, Algeria, Nigeria, Cameroon, Ghana, Kenya, Uganda, Tanzania, Zambia
- Europe:Russia, Romania, France
- South American:Mexico, Guatemala, Peru, Colombia, Chile
- Oceania:Fiji, New Zealand
Looking For Potential Agents And Partners Worldwide
Womake hot stamping machine not only embodies womake’s unwavering belief in scaling the heights of technology, but also reflects its solemn commitment to helping enterprises achieve independence and self-reliance. We look forward to your joining us in building a vibrant and innovative community.
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