Robot technology - Import export

Maximum bending freedom. The robotic bending technology combines the greatest versatility in manufacturing steps and simple handling. The robotic head is equipped with a clockwise and counterclockwise bending head, so that bending can happen in both direction once clamped. The eight synchronized and fully electric axes give maximum versatility when processing tubes. The bending process on tubes, including the processing at the ends and addon component can be done without any problems. The addon components can be positioned automatically, if needed. A radii/plane changer with up to 6 tools per bending system is integrated to give maximum flexibility..

With decades of know-how and worldwide expertise in the core areas of conveyor technology, robot systems, palletizing, depalletizing and automation, TRAPO AG presents itself as a renowned manufacturer and total systems supplier of conveyor systems, palletizing technology and packaging machines. Primary and secondary packaging such as cartons, trays, pails and more are palletized and depalletized. The machines in our systems impress with their flexibility, high performance and economic efficiency. We produce in Germany and set standards worldwide ranging from engineering contracts to automation. The palletizers of the HLP series operate with high and low inlet. The product range of the high-capacity layer palletizers is optionally equipped with a y-axis, rotary module or even a traversing axis — so that one or more palletizing stations can be operated as required.

In the FIPFG process, a 2-component sealing system in a still liquid, non-reacted form is applied “in-situ” directly and true to the contour to the component using a robot. Highly elastic, dimensionally accurate and cost-effective seals that are perfectly connected to the workpiece: KOPP has been offering this to you for more than 15 years in the form of FIPFG sealing systems. In the FIPFG process (formed-in-place-foam-gasket), a 2-component sealing system in a still liquid, non-reacted form is applied “in-situ” directly and true to the contour to the component using a robot. The possibilities of the technology are as diverse as our customers' requirements for the seals themselves. This makes on-site technical advice essential. Thanks to our experience and technical expertise, we always find the perfect solution with our customers. Through our own toolmaking and construction and application consulting, we can produce quickly, flexibly and cost-effectively.

Self-Compensating Energy capacity 1.25 Nm/cycle Stroke 5 mm Ideal for compact, efficient designs: The MC5 to MC75 series impresses users with their reduced dimensions and their very short overall lengths and low resetting forces after braking. The outer body of each damper, produced from one solid piece, are filled with temperature stable oil, offer a continuous thread incl. a supplied lock nut and also have an integrated positive stop. These hydraulic machine elements from ACE, are ready for immediate installation and are maintenance-free. A comprehensive range of energy absorption with a wide range of effective weight potential are further benefits in these minature units. These miniature shock absorbers are perfectly suited to use in applications such as mechanical engineering, medical and electro-technology and robotics.

Self-Compensating Energy capacity 1 Nm/cycle Stroke 5 mm Ideal for compact, efficient designs: The MC5 to MC75 series impresses users with their reduced dimensions and their very short overall lengths and low resetting forces after braking. The outer body of each damper, produced from one solid piece, are filled with temperature stable oil, offer a continuous thread incl. a supplied lock nut and also have an integrated positive stop. These hydraulic machine elements from ACE, are ready for immediate installation and are maintenance-free. A comprehensive range of energy absorption with a wide range of effective weight potential are further benefits in these minature units. These miniature shock absorbers are perfectly suited to use in applications such as mechanical engineering, medical and electro-technology and robotics.

In the FIPFG process, a 2-component sealing system in a still liquid, non-reacted form is applied “in-situ” directly and true to the contour to the component using a robot. Highly elastic, dimensionally accurate and cost-effective seals that are perfectly connected to the workpiece: KOPP has been offering this to you for more than 15 years in the form of FIPFG sealing systems. In the FIPFG process (formed-in-place-foam-gasket), a 2-component sealing system in a still liquid, non-reacted form is applied “in-situ” directly and true to the contour to the component using a robot. The possibilities of the technology are as diverse as our customers' requirements for the seals themselves. This makes on-site technical advice essential. Thanks to our experience and technical expertise, we always find the perfect solution with our customers. Through our own toolmaking and construction and application consulting, we can produce quickly, flexibly and cost-effectively.

The classic application of industrial robots. The application of wet paint is one of the classic uses of industrial robots. As a specialist for surface coating systems, Rippert naturally offers the full range of solutions in the Ex and non-Ex area. Robots and application technology are integrated into the overall system in relation to the specific customer and his application. Modern software concepts ensure economically optimum operation.

Painting in cleanrooms according to the DIN EN ISO 14644 standard Cleanroom technology Many processes for the application of technically functional coatings for increased resistance to scratching (hardcoat), UV stability, lotus effects, anti-fog or other thin-film applications place high demands on the implementation and function of the coating plant and its components. Thanks to a modular design, optimum plants are conceived in close cooperation with customers and users that minimise faulty coatings caused by particle inclusions and the resulting product scrap or rework expenditure. The plants are designed strictly in accordance with the DIN EN ISO 14644 the standard. In designing the filter stages we orientate ourselves to a particle size with a diameter of 0.5 µm. Built-in components such as conveying equipment, robotics, application technology etc. are adapted by careful selection of the appropriate task. A further criterion in the conception of the plants is fast and efficient cleaning and maintenance, in order to obtain long plant operation times with a constantly good yield. Traditional applications are the coating of diffusers or cover glasses for car headlights or polycarbonate glazing.

Designed to efficiently support axial and radial forces and tilting moment loads, crossed roller bearings are suitable for applications subject to high loads and speeds. Due to the special crosswise arrangement of the cylindrical rollers in crossed roller bearings, designs with two bearing positions can often be reduced to one. Due to their high rigidity and running accuracy, they offer enormous precision and are used, for example, in robotics, medical technology and lathes. Depending on the application requirements, we at KIS manufacture cross rollers in different configurations. We are happy to advise you on the optimum solution for your application.