- Large stroke and compact design
- Precise jaw guidance
- Gripping force adjustable (by pneumatic pressure)
- Operating principle

- Rugged design
- Gripper attachement possible from two sides
- Stroke up to max. 200 mm
- Operating principle

- All grippers are direct mountable to DIN/ISO robot flags
- Compact design
- Rugged Construction
- Gripping force fail-safe via spring (optional)
- Operating principle

- Large stroke
- High moment loads possible
- High gripping force
- Fail-safe device for internal and external gripping
- For high moments and long fingers
- Operating principle

- Very high gripping force
- High efficiency of the power transmission
- Precise jaw guidance for heavy load range
- Operating principle

- Precise jaw motion and high repeatability trough roller bearing
- Large stroke and small external dimensions
- Expandable to an intelligent gripping system
- Fine adjustable gripping force due to minimum fiction

- Large stroke
- Low design
- Light weight
- Gripping force safety device for internal external gripping
- High handling weights

- Large stroke
- Low design
- Light weight
- Gripping force safety device for internal external gripping
- Form-locking

- Extremely flat design
- High gripping forces
- Precise jaw guidance
- High gripping force transmission efficiency due to roller bearings
- Operating principle

- Low profile
- Rugged design
- Large support areas
- Gripper attachement possible from two sides
- Stroke up to max. 114 mm
- Operating principle

- Extremely rugged design through large dimensioned jaw guidance
- Housing made of high-tensile aluminium
- Jaws and guidance plate made of hardened steel
- Grippers available as DIN/ISOGrippers with adaption flange

- Low design
- Light weight
- High gripping force
- Ideal to install on multiple tools
- Operating principle

- Low design
- Light weight
- High gripping force
- Ideal to install on multiple tools
- Operating principle

- Low design
- Light weight
- High gripping force
- Ideal to install on multiple tools
- Operating principle

- To prevent leakage in case of pressure loss in pneumatic grippers
- To avoid a loss of workpiece in case of pressure loss
- Operating principle

- For fast and problem-free changing from tools and grippers at robots or gantries up to a payload of 1000kg
- Transmission of electrical signals by spring fitted contact pins
- Coupling and uncoupling of pneumatic and hydraulic lines
- User specific tool changer:
- for spot welding guns
- for board grippers
- Operating principle

- Prevents edging and jamming of parts
- Protects robots and assembly structures from excessive wear through minimizing the insertion forces
- Time reduction of operating cycles
- Economic solution
- Operating principle

- Specifically designed for wide compensation movements
- Tolerance compensation with position offset in x-y direction up to + / - 25 mm
- Compensation takes place without force
- Prevents wedging and jamming when inserting and removing workpieces

- Compensation for different vertical positions
- Collision recognition in Z-direction
- Protection of parts and work pieces
- Monitoring of the insertion forces during assembly operations

- Extremely fine design
- Adjustable up to 180 degrees max.
- Payload up to 900 N
- Stackable in order to obtain rotation devices with several degrees of freedom
- Rotation free from play thanks to the drive by rack gear via two opposite moving pneumatic cylinders
- Adjustable thrusts
- Direct flanging of grippers and tool possible

- Protects the robot from overload caused by collisions
- A switch signals the robot to stop if an overloading occurs
- Easy and precise manual resetting into the starting position
- The overload threshold value can be variable adjusted pneumatically in a wide range
- High repeatability
- Specially designed for robots and gantries with internal cable routing
- Operating principle

- Protects the robot from overload caused by collisions
- A switch signals the robot to stop if an overloading occurs
- Easy and precise manual resetting into the starting position
- The overload threshold value can be variable adjusted pneumatically in a wide range
 High repeatability
- Specially designed for robots and gantries with internal cable routing
- Operating principle

- Easy connection to the control program via BUS card
- Economic system
- Sensor with DIN-ISO interface (depending on type)

- High-strength extruded aluminium
- Modular section
- Optional cover which makes it walkable and dirt-proof
- Adjustable floor-mounting elements
- Designed for high stress levels
- Extremely long lifetime

- Steel profile
- Modular section
- Adjustable floor-mounting elements
- Designed for high stress levels
- Extremely long lifetime
- ATEX safety requirement

- Steel profile
- High self-supported length
- Designed for high stress levels
- Extremely long lifetime

• Thermoformed
• PE machined
• Injection moulded TPU
• Injection moulded PP corners

As environmentally friendly energies gain importance, the efficiency and cost of their production and transportation becomes critical. The SÖHNER MEGAPACK systemsare our contribution to the new generation of intelligent packaging for the photovoltaic industry.

Our custom-made pallet box systems for the solar panel transport provide an optimal and secure packaging solution. The collapsible and reusable design allows for a 60% volume reduction. The empty MEGAPACK (pallet, collapsible sleeve, interior and lid) remain together as one unit. The system can be used instantly and without additional picking.

High-precision thermoformed parts made of ABS allow a precise positioning and a secure placement at the automated production. Additionally the work pieces are optimally protected during internal transfer or shipping.

The rapid and sure handling of solar panels is one of the main requirements at the automated production to achieve and ensure an efficient manufacturing process. The IPR solar panel gripper is made of hardcoated aluminium F53. With only a few system modules, the gripper frame enables a customised adaption to the given panel. The solar panel is picked with the use of vacuum cups arrayed on a panel gripper. Through the use of the TK-tool changer system the solar panel gripping unit is compatible with all  types of robots.

The IPR solar panel gripping unit is a light but very stiff system. Cracks in the panel which can result from its handling, are avoided through the material´s high rigidity. The gripping unit is designed in a way that ensures that no settling occurs and therefore the alignment during long term usage is guaranteed.

The edge trimming gripper consists of a fixated lateral alignment device KA-125 for touching the panel and a2-jaw-parallel gripper IRP-17 to hold the cutting blade. In addition the tool changer system TK- 125-R provides the possibility to dock further  toolings.