Self-pierce rivet setting solution for high volume production
Self-pierce rivet setting solution for high volume production
Our blow feed systems are ideal for high volume rivet applications where the economics are attractive for continuous feed. Direct feed and magazine feed systems are designed to meet high levels of reliability using built-in intelligence for fault identification and self-recovery. The use of quick-change parts minimizes maintenance and downtime.
Our blow feed systems are ideal for high volume rivet applications where the economics are attractive for continuous feed. Direct feed and magazine feed systems are designed to meet high levels of reliability using built-in intelligence for fault identification and self-recovery. The use of quick-change parts minimizes maintenance and downtime.
Henrob self-piercing rivet setter - magazine rivet feed
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Henrob self-piercing rivet setter - magazine rivet feed
May be mounted on a robot or stationary pedestal
May be mounted on a robot or stationary pedestal
May be mounted on a robot or stationary pedestal
Features
Servo riveting technology
Real-time process monitoring
Uninterrupted rivet supply
Fast cycle times
100% duty cycle
High technical availability
Options
Data-driven service functionality
Multi-die changing
Die camera inspection
Tool changing functionality
Poka-yoke rivet supply
Features
Servo riveting technology
Real-time process monitoring
Uninterrupted rivet supply
Fast cycle times
100% duty cycle
High technical availability
Options
Data-driven service functionality
Multi-die changing
Die camera inspection
Tool changing functionality
Poka-yoke rivet supply
Henrob magazine feed rivet setting system
Henrob magazine feed rivet setting system
- Magazine: • Uses up to 4 different rivets • 30 rivets per magazine for a total of 120 rivets • Fast rivet feed times • Suitable for full range of typical automotive rivets • 4 bar air supply servo setter
- Energy efficient riveting: 7Wh per rivet achievable
- Higher productivity: energy-based system = more rivets per cycle
- Dependable joint process monitoring: Encoder control for consistent, repeatable joint quality
- Fewer preventive maintenance cycle count: 4M cycles in between PM
- Provides a setting force up to 85kN
- Magazine: • Uses up to 4 different rivets • 30 rivets per magazine for a total of 120 rivets • Fast rivet feed times • Suitable for full range of typical automotive rivets • 4 bar air supply servo setter
- Energy efficient riveting: 7Wh per rivet achievable
- Higher productivity: energy-based system = more rivets per cycle
- Dependable joint process monitoring: Encoder control for consistent, repeatable joint quality
- Fewer preventive maintenance cycle count: 4M cycles in between PM
- Provides a setting force up to 85kN
Control panel
Control panel
Suitable for standard system layouts and multi-communication protocols, the control panel offers a solution that fits your production line.
The control panel includes a touch screen HMI, process monitoring, system diagnosis and maintenance scheduling to keep your processes running smoothly.
The control panel includes a touch screen HMI, process monitoring, system diagnosis and maintenance scheduling to keep your processes running smoothly.
Suitable for standard system layouts and multi-communication protocols, the control panel offers a solution that fits your production line.
The control panel includes a touch screen HMI, process monitoring, system diagnosis and maintenance scheduling to keep your processes running smoothly.
The control panel includes a touch screen HMI, process monitoring, system diagnosis and maintenance scheduling to keep your processes running smoothly.
Energy reclamation option available
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Energy reclamation option available
Optional capacitor module recovers electrical energy during the riveting cycle
Optional capacitor module recovers electrical energy during the riveting cycle
Optional capacitor module recovers electrical energy during the riveting cycle
Rivet supply
Rivet supply
- Standard rivet feeder includes a rivet length checker to prevent the wrong size rivets being used in your application.
- Optional poka-yoke solution ensures that only the correct rivets are loaded into cubes utilizing RFID technology.
- Running costs are decreased as the system operates at 4 bar, also improving the ecological footprint.
- Standard rivet feeder includes a rivet length checker to prevent the wrong size rivets being used in your application.
- Optional poka-yoke solution ensures that only the correct rivets are loaded into cubes utilizing RFID technology.
- Running costs are decreased as the system operates at 4 bar, also improving the ecological footprint.
Magazine Fill Station
Magazine Fill Station
Multi-rivet feeding is realized with the magazine fill station covering the full range of typical automotive rivets allowing for flexibility. Productivity is increased and fewer rivet setting systems are required to apply the same range of
rivets. Improved design features allow quick and simple
access to components simplifying service and maintenance.
Multi-rivet feeding is realized with the magazine fill station covering the full range of typical automotive rivets allowing for flexibility. Productivity is increased and fewer rivet setting systems are required to apply the same range of
rivets. Improved design features allow quick and simple
access to components simplifying service and maintenance.
Fewer riveting systems required
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Fewer riveting systems required
Increase your productivity with fewer systems and mutiple rivet options
Increase your productivity with fewer systems and mutiple rivet options
Increase your productivity with fewer systems and mutiple rivet options
Data-Driven Services
Data-Driven Services
Data-driven services (DDS) optimize processes by tracing riveted joints with data-logging and system diagnostics providing detailed performance data on your production line aiding in maintenance resource allocation. System back-up allows rapid upload of system data to support emergencies.
Data-driven services (DDS) optimize processes by tracing riveted joints with data-logging and system diagnostics providing detailed performance data on your production line aiding in maintenance resource allocation. System back-up allows rapid upload of system data to support emergencies.
Henrob Die Changer
Henrob Die Changer
The correct die is automatically chosen for each joint without anyone entering an automated cell. Holding seven different dies and five spare dies per type, the dies are in poka-yoke packaging, preventing errors. Broken dies are detected, disposed, and exchanged automatically with a transfer time for exchanging a die at only 4.5 seconds.
The correct die is automatically chosen for each joint without anyone entering an automated cell. Holding seven different dies and five spare dies per type, the dies are in poka-yoke packaging, preventing errors. Broken dies are detected, disposed, and exchanged automatically with a transfer time for exchanging a die at only 4.5 seconds.
More processes performed at one station
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More processes performed at one station
Boosts process flexibility and lowers cost with fewer tools for more joints
Boosts process flexibility and lowers cost with fewer tools for more joints
Boosts process flexibility and lowers cost with fewer tools for more joints
Henrob Die Check Camera
Henrob Die Check Camera
The Die Check Camera gives you the ability to confirm viability of dies vital to your joining process. Used between cycles, this 0.5sec check gives you assurance the die will be secure the next time you use the setting equipment. The camera can be mounted on the fill station or be on an independent stand.
The Die Check Camera gives you the ability to confirm viability of dies vital to your joining process. Used between cycles, this 0.5sec check gives you assurance the die will be secure the next time you use the setting equipment. The camera can be mounted on the fill station or be on an independent stand.
Check die conditions during riveting process
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Check die conditions during riveting process
Eliminates concern of using worn dies to ensure quality joint
Eliminates concern of using worn dies to ensure quality joint
Eliminates concern of using worn dies to ensure quality joint
Use with these applications
Innovate with us
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Innovate with us
Learn more about our Innovation Centers and test labs worldwide
Learn more about our Innovation Centers and test labs worldwide
Learn more about our Innovation Centers and test labs worldwide
Discover our service offering
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Discover our service offering
Service, training, spare parts and more
Service, training, spare parts and more
Service, training, spare parts and more
