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| Application | Robot Spare Parts, Robot Components |
|---|---|
| Country of origin | Germany |
| Country of shipment | Germany |
| About Vendor | The company develop and produce innovative gripper components, complete gripper and tailor-made, customized solutions.In addition they also engineer and manufacture intelligent feeding systems and sprue cutting stations. |
| Comments | Industries: Plastic, Molding, Automotive, Medical Devices and others |
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These grippers are specially developed using the 3D printing process.
They have internal vacuum generation capabilities and can be customized to suit specific needs.
Customizable design: The grippers can be 3D printed to fit a wide range of objects
and are customizable to meet the specific requirements of your application.
Lightweight: The grippers are 3D printed using high-strength, lightweight materials,
making them easy to manipulate and reducing the load on the robotic arm.
Durable: The grippers are designed to withstand the rigors of industrial environments
and provide long-lasting performance.
Cost-effective: 3D printing technology allows for faster production and lower costs
compared to traditional manufacturing methods.
With their advanced design and 3D printing technology, the grippers offer a cost-effective
and customizable solution for robotic grasping and manipulation.
Robot Components
This gripper removes the part and then folds the cutting knives
into position and cuts off the sprues.
A sprue trimming gripper is a robotic end-effector that is designed to grip
the sprue and trim it away from the finished part.
These grippers typically use a cutting mechanism, such as a blade or a wire,
to trim the sprue. Some of them could use a pneumatic or electric actuator to move the blade or wire.
Sprue trimming grippers are used to automate the sprue trimming process,
which can be a time-consuming and labor-intensive task.
They allow for faster and more consistent sprue trimming, which can increase production
efficiency and reduce the risk of errors. They are also used in a wide range of industries,
including automotive, consumer goods, and medical device manufacturing.
Robot Components
The kit was developed out of years of experience in gripper construction. The concept is to assemble the components in perpendicular orientation whenever possible and make only the active element, such as the vacuum cups, the sprue gripper or gripper finger freely adjustable. All channel nut components are compatible.
Advantages:
• Without channel nut
• High stiffness
• Components can be added at any place
• Only one tool required
• 90 degree orientation
It is a “building set” consisting of 2.500 parts. It will be assembled according to the customers needs.
Arc Welding
The Kuka KR 5 is a robotic arm that has gained popularity in industries that require automation. With its precise movements and ability to repeat tasks with high accuracy, the KR 5 has become a sought-after option for companies looking to streamline their manufacturing processes. Its compact design allows it to fit into tight spaces and its modular system makes it customizable for various applications. The KR 5 is also easy to program, making it a user-friendly option for both experienced operators and those new to robotics. Overall, the Kuka KR 5 offers a versatile solution for businesses seeking to increase efficiency and productivity.
Software
The CAD Grip 2.0 enables interactive configuration of gripper / EOAT systems.
Operating the program is easy and intuitive. Previous knowledge, for example of a CAD system, is not necessary.
CAD Grip is functioning fully independent without usage of any other CAD Software. The user is able, to configure the gripper offline. Software Installation is not necessary. The user receives valuable tips for constructive alternative solutions as he proceeds.
The virtual construction is performed controlled and optimized. The attachment of the matching components takes place automatically. This avoids mistakes in the concept phase already.
When the configuration is completed, the component list can be exported to the Customer Portal and can be ready for instantly placing your order. The project can be saved in the appropriate format for his CAD-Software, as there is Inventor, Autocad, Solidworks, Proengineer or Catia, only to name a few.
Other types of robots: Delta / Scara.
Finger Material: Silicone
Operating Pressure: -0.5 to 1.0 bar
Grip Force per Finger: 5 N
Durability: >10 Mio. Cycles: @1.0 bar, 0.5 Hz
Feed size: 5 mm – 120 mm
Weight: <450 g
Best for products of circular or cylindrical shape.
Other types of robots: Delta / Scara.
Finger Material: Silicone
Operating Pressure: -0.5 to 1.0 bar
Grip Force per Finger: 5 N
Durability: >10 Mio. Cycles: @1.0 bar, 0.5 Hz
Feed size: 5 mm – 120 mm
Weight: <600 g
Best for products of rectangular or cubic shape.
Robot Components
The kit was developed out of years of experience in gripper construction. The concept is to assemble the components in perpendicular orientation whenever possible and make only the active element, such as the vacuum cups, the sprue gripper or gripper finger freely adjustable. All channel nut components are compatible.
Advantages:
• Without channel nut
• High stiffness
• Components can be added at any place
• Only one tool required
• 90 degree orientation
It is a “building set” consisting of 2.500 parts. It will be assembled according to the customers needs.
Robot Components
KUKA linear units are translational motion units Linear units can be used to extend a robot?s work envelope or alternatively to move workpieces or tools within the work envelopes of a number of robots. This allows applications such as the tending of more than one machine or fixture, order picking from rows of pallets, or work on very large components. Control of the linear unit is integrated as a mathematically coupled axis in the robot controller, dispensing with the need for an additional controller.
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