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✓ Adaptation of existing gripping systems
✓ Safe component removal
✓ Suitable for all robot systems
This product sold by vendor
Our standard gripper construction kit, which is based on the well-known Channel Nut clamping profile 25/25 and includes
components that are compatible with systems using clamping diameters of 10, 14, 20, and 30mm.
We offer over 2500 different components that have been developed based on practical experience and our own gripper construction expertise.
| Application | Robot Spare Parts, Robot Components |
|---|---|
| Country of origin | Germany |
| Country of shipment | Germany |
| Vendor | SP005-0113-AA |
| 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. |
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Robot Components
This gripper moves a component, such as a glass slide, from one cavity to another.
The gripper can centre itself on the individual cavities and has a separate stroke movement.
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
Multiple-removal gripper is a revolutionary solution for efficient and precise part removal in industrial automation applications.
This gripper is designed to be lightweight, durable and customizable,
making it ideal for a wide range of applications.
This gripper is designed to remove 32 razor blade covers at once.
It uses tubular gripper profiles and has the advantage of several suction pads that can
be connected to one vacuum source.
Multiple-part removal: The gripper is designed to remove multiple parts at once,
making it ideal for high-volume production lines.
Customizable design: The AGS Multiple-removal gripper can be customized to fit a wide range of objects
and is built to meet the specific requirements of your application.
Lightweight: The gripper is 3D printed using high-strength, lightweight materials,
making it easy to manipulate and reducing the load on the robotic arm.
Durable: The gripper is designed to withstand the rigors of industrial environments
and provide long-lasting performance.
Cobots
These grippers are designed to be lightweight, durable, and customizable,
making them ideal for a wide range of industrial and laboratory applications.
These grippers are specially developed for use with collaborating robots (cobots)
and are built using the cobot gripper kit.
They are certified and designed to work seamlessly with cobot systems.
Lightweight: The Grippers for cobots are 3D printed using high-strength, lightweight materials,
making them easy to manipulate and reducing the load on the cobot’s arm.
Safe for human interaction: The grippers are designed to be compliant and safe for use
in collaborative environments where humans and robots work together.
Durable: The grippers are designed to withstand the rigors of industrial environments
and provide long-lasting performance.
Assembly
The KUKA KR6 R900 Sixx robot is a versatile and compact 6-axis robot arm designed to improve productivity and accuracy in various manufacturing applications. With a 6.0 kg payload, 901 mm reach, and a repeatability of 0.03 mm, this robot is an ideal option for handling small parts with high precision.
One of the key advantages of the KR6 R900 Sixx is its compact size, which allows it to be adapted to different work environments while saving valuable space. In addition, the KR 6 R900 Sixx KR C4 sets the safety standard and simplifies the interaction between human and machine, ensuring a safe and reliable option for manufacturers.
The KR R900 Sixx series offers a range of models to cater to different industrial applications, including the KR 6 R900 Sixx C‑WP, KR 6 R900 Sixx HM-SC (hygienic machine-floor mount), KR 6 R900 Sixx C‑CR (cleanroom), and KR 6 R900 Sixx C‑HM-SC (hygienic machine-ceiling mount).
For applications that require a robot to work in harsh environments, the KR 6 R900 Sixx WP is an excellent choice. This robot has additional seals on the interior, an extra resistance surface treatment, and stainless steel covers that replace plastic parts. Additionally, the waterproof version of this KUKA small robot has an IP67 protection rating, ensuring it can withstand water and dust with ease.
Overall, the KR 6 R900 Sixx is a precise and adaptable robot that can improve productivity and efficiency in various industrial applications. With its customizable models, high repeatability, and compact design, this KUKA robot is a cost-effective solution for manufacturing processes that require accuracy and reliability. Whether you need to handle small parts or work in a harsh environment, the KR 6 R900 Sixx is an ideal option for enhancing your manufacturing operations.
Robot Components
This gripper removes finished overloaded components and also
inserts materials such as bushings, sheets, or screws into molds.
Material Handling
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.
Combination of x-ray and UT imaging
Unlike conventional devices, the integration of imaging technologies on six-axis robotic arms gives a high degree of flexibility in monitoring the complex curvature on both sides of the inspected object, allowing non-destructive testing (NDT) to be expanded and improved. Robots allow to scan a sample with the use of X-ray from a different perspective to locate defects more easily, quickly, and better.
One of the major advantages is that the system can be moved to the object to be inspected. This is in sharp contrast to common industrial CT systems where the sample has to fit inside. Our machine can get to the sample.
Robot Components
Sensors and camera system can be attached in your application. The Kit suits multiples systems, e.g.
– Camera mounted with standard components
– Camera bracket with adjustment X-Y
– Combi bracket – camera and light
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