Press Machine Automation Malaysia
Centricorp designs and integrates robotic press automation systems in Malaysia for automatic loading, unloading, part transfer and machine tending applications.
Our press automation solutions can be designed for a single press machine or multiple presses operating as an integrated production line. Industrial robots can handle components between processes, reducing repetitive manual handling while improving production consistency and machine utilization.
Systems are customized according to the press type, component, production cycle time, handling requirements and existing machine layout.
Robotic Press Tending
Robots can be integrated with existing or new press machines to automatically load raw components and unload finished parts.
A typical robotic press tending system can include:
- Industrial robot
- Custom robot gripper / EOAT
- Raw material loading station
- Part positioning station
- Automatic press loading
- Finished-part unloading
- Conveyor or collection station
- PLC and HMI controls
- Press machine interface
- Safety system
The robot and press are interlocked to ensure the loading, pressing and unloading sequence operates automatically.
Multi-Press Automation
For manufacturing processes requiring several press operations, Centricorp can integrate multiple machines into a complete automated press line.
Depending on the production process, the system can include:
- Multiple press machines
- Robot-to-robot part transfer
- Press-to-press transfer
- Part reorientation
- Intermediate positioning stations
- Multiple robot grippers
- Conveyor transfer
- Vision inspection
- Finished-part stacking
The automation sequence is developed according to the individual press cycle times and overall required production rate.
Press Automation Applications
Our robotic press automation systems can be developed for applications including:
- Hydraulic press tending
- Mechanical press tending
- Stamping press automation
- Forming press automation
- Assembly press loading
- Press loading and unloading
- Multi-stage press processes
- Insert loading
- Component transfer
- Finished-part handling
Both new and existing press machines can be evaluated for automation.
Raw Material Feeding
Different feeding concepts can be integrated depending on the component and required unattended production time.
Options can include:
- Pallet loading
- Tray systems
- Component magazines
- Stackers
- Conveyor feeding
- Part feeders
- Customized loading stations
Sensors or vision systems can be incorporated to verify component presence and orientation before loading into the press.
Robot Gripper and EOAT
The robot end-of-arm tooling is designed according to the component geometry, weight and process requirements.
Gripping methods can include:
- Pneumatic grippers
- Electric grippers
- Vacuum grippers
- Magnetic grippers
- Double grippers
- Multi-part grippers
- Customized gripper fingers
Where appropriate, multiple operations can be incorporated into a single EOAT to reduce robot movement and improve cycle time.
Part Orientation and Transfer
Components may require repositioning between different press operations.
Centricorp can design:
- Regrip stations
- Part orientation fixtures
- Turnover stations
- Robot-to-robot transfer
- Conveyor transfer
- Intermediate positioning stations
This allows components to be automatically transferred through multiple manufacturing processes.
Vision and Inspection Integration
Machine vision and sensors can be integrated into the press automation system for:
- Part presence checking
- Component orientation
- Correct-part verification
- Feature inspection
- Dimensional checking
- Surface inspection
- OK / NG detection
Rejected components can be automatically separated from normal production.
Press Machine Interface
The robot automation system communicates with each press machine to coordinate the automatic production sequence.
Typical interface signals can include:
- Press ready
- Robot ready
- Part loaded
- Cycle start
- Press cycle complete
- Tool open / safe position
- Part removed
- Machine alarm
- Safety status
Existing press machines can be studied to determine the required electrical, mechanical and safety modifications for robotic operation.
Safety Integration
Robotic press applications require careful integration between the robot and press safety systems.
Depending on the application, safety equipment can include:
- Safety fencing
- Interlocked access doors
- Safety light curtains
- Safety laser scanners
- Emergency stop circuits
- Safety PLC
- Robot safety functions
- Press safety interlocking
The final safety concept is developed according to the completed system configuration and machine risk assessment.
Complete Press Automation Integration
Centricorp provides engineering and integration support from initial application study through installation and commissioning.
Our scope can include:
- Application study
- Cycle-time analysis
- System layout
- Robot selection
- EOAT design
- Press machine modifications
- Mechanical design
- Electrical controls
- PLC and HMI programming
- Robot programming
- Vision integration
- Safety integration
- Fabrication and assembly
- Factory acceptance testing
- Installation and commissioning
- Operator training
- Technical support
Our Press Automation Projects
Centricorp has experience integrating industrial robots with press machines for automatic loading, unloading and multi-process material handling.
[PROJECT PHOTOS / VIDEOS TO BE ADDED]
Actual press automation systems and application videos can be added here.
Request a Press Automation Proposal
Planning to automate an existing or new press process?
Send us:
- Press machine make and model
- Press type
- Number of machines
- Component drawing
- Component dimensions and weight
- Press cycle time
- Required production rate
- Current loading and unloading process
- Number of process stages
- Existing machine layout
- Photos or videos of the current process
Our engineering team can study the application and propose a suitable robotic press automation system.
Contact Centricorp to discuss your press automation application.
