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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
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.
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.
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.
Full System
Handling solution for boards key features:
● Works with any type of material
If you’re in need of an efficient and reliable handling solution for boards of any kinds, look no further! Whether it’s wood, granite, countertops or glass – it doesn’t matter; our product is guaranteed to work with any material. With its unique design, our product ensures that all jobs are accomplished in a safe and secure manner. Thanks to our easy-to-use system, you now have the peace of mind that your goods and materials will be handled appropriately. Get exactly the support you need for your specific projects!
● Robust and easy to use
A handling solution for boards that requires virtually no technical expertise is now available via the user-friendly HMI screen. It’s an extremely robust and easy-to-manage installation process. Thanks to this new technology, it’s possible to implement the board handling solution without having prior knowledge of the systems involved. The intuitive nature of the user interface makes it possible to complete the installation quickly and accurately, setting a new standard for efficient implementation.
Full System
Handling solution for glass sheets main elements:
● Kuka KR210
The KUKA KR210 6-axis industrial anthropomorphic robot we are utilizing is specially equipped with a high-powered KRC2 controller, ensuring optimal performance. With this system, we can handle products with incredible speed and accuracy. All the necessary sensors and physical stops provide the robot with exact product location coordinates. This allows to automate these processes quickly and precisely in line with the quickening pace of industry workflow demands.
● Clamp tool
The innovative clamp tool is designed and configured to capture and deliver the glass sheets with ease. This machine works by using a system of compression blades that removes the bags from a capture table. These features provide better control over the process ensuring accuracy and reliability for every job that requires material handling. Furthermore, the tools are safe and user-friendly, so any operator can understand how to use them quickly and efficiently. The clamp tool certainly makes the process of moving heavy bags much faster and easier than other manual methods used in logistics and transportation.
● Modular belt conveyor
A handling solution for glass sheets provides the ultimate precision in product handling. Equipped with the necessary stops and defenses to enable optimal gripping, as well as sensors and physical stops to provide the robot with information on positioning of the product, this machinery offers an efficient automated means to move materials quickly and accurately. With its low risk factor and increased safety by computer and technology integration when it comes to manipulating objects, this type of machinery is sure to play a growing role in industrial steps around the globe.
Assembly
The KUKA KR60 HA is a high-performance industrial robot designed for demanding applications.
With its advanced control technology and high payload capacity,
the KR60 HA provides fast, accurate, and reliable performance, making it the perfect solution for a wide range of automation needs.
Whether you need to automate manual tasks, increase production efficiency, or improve product quality, the KUKA KR60 HA is the ideal choice.
The KUKA KR60 HA is a 6-axis robotic arm a maximum payload capacity of 6kg.
The robot features a compact and lightweight design, making it ideal for integration into tight spaces and production lines.
The KR60 HA features advanced motion control algorithms, which ensure smooth and accurate motion,
even in complex applications. The robot’s high-performance controller provides fast and reliable operation,
and its safety features, including speed monitoring, torque control, and protective stop functions, ensure safe and efficient operation.
Robot Components
This gripper is designed to remove 4 rubber parts at once.
It uses 4 parallel grippers to grip the rubber parts at the neck, and an additional 4 parallel grippers
to enclose the bellows, preventing over stretching.
a range of grippers with additional functions that can provide enhanced capabilities and improved performance
in industrial automation applications.
These grippers are designed to be highly customizable and can be tailored
to meet the specific requirements of your application.
If you want to improve the performance and efficiency of industrial automation tasks
and can provide significant cost savings over traditional methods.
These grippers are with additional functions are designed to be easy to integrate with different robotic arms,
and can be controlled by different robotic controller platforms.
Training
Are you looking for a company that can provide you with industrial robotics training? Look no further than this company, which offers a wide range of services that revolve around robot integration and training. Their comprehensive on-site education program includes specialized training cells and virtual options for all required applications, ensuring that you and your team receive thorough training. With experience in teaching and training in universities and vocational colleges, you can trust them to provide you with the skills you need to excel. Additionally, they offer specialized services like Laser cutting, Laser welding, Coating/Cladding, and Gravity casting. What’s more, their 24/7 service ensures that they are always available to assist you when you need it. Trust this one-stop-shop to make your operations run smoothly.
Robot Components
This gripper removes finished overloaded components and also
inserts materials such as bushings, sheets, or screws into molds.
The consultant has vast experience and can provide consulting in the area of automotive but he is flexible to any other industry.
He provides support and service in these fields:
• Collaboration with developers, engineers, project managers, clients, and other stakeholders to understand the requirements and scope of the robotics project.
• Drafting blueprints, sketches, or other documentation demonstrating proposed ideas and prototypes, modifying based on feedback and simulation results.
• Designing and developing robotic prototypes.
• Construction, configuring, testing, and debugging robots and robotic systems.
• Installing, operating, calibrating, and maintaining robots.
• Ensuring that robotic machines operate safely, dependably, and with identified and implemented modifications.
• Providing technical support and troubleshooting services for robotic systems.
• Recommending, developing, and implementing enhancements and improvements to increase production volume or precision in high-through put operations.
• Maintaining documentation of development process, modifications, maintenance requirements, and other data.
• Assisting with cost estimates and project calculations.
• Maintaining knowledge of existing and developing technology and trends in robotics.
• Performing other related duties as assigned
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