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APPLICATIONS FOR AUTOMOTIVE AND SUBCONTRACTORS

Automotive and Subcontractors

Even though the automotive industry is highly automated, there is still room for incremental growth. In applications ranging from machine loading, inspection, and assembly of powertrains, electronics, and interiors, Industrial Automation Tools &amp; Solutions are driving efficiencies across the industry.Automation tools, from Tier 1 OEMs to contractors throughout the supply chain, are improving performance and consistency across a range of sub-assemblies, modules, and systems. In order for the industry to respond quickly to changing consumer needs, Modular Automation Tools offer easy deployment and redeployment.With cobots, human workers can improve their output, consistency, and in-line processes in a single workspace while working side-by-side with them. Traditional automation relies on an all-or-nothing approach, but Modular Automation Solution allows manufacturers to automate specific tasks and see results quickly.

INDUSTRIAL AUTOMATION IN AUTOMOTIVE MANUFACTURING

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Tools and solutions for industrial automation are driving new efficiencies across the industry, including machine loading, inspection, and assembly in the production of powertrains, electronics, and interiors.

INDUSTRIAL AUTOMATION ADVANTAGES

FLEXIBILITY

Flexible assembly lines that can be easily adapted to meet new requirements. A lightweight collaborative robot arm can be easily programmed and redeployed, and can even be mounted on a cart for mobility.

PRODUCTIVITY

Enhance production lines without making expensive changes. Automate processes that are typically not well-suited for automation and meet competitive demands.

CONSISTENCY

Improve the quality and consistency of repetitive tasks where humans struggle. With collaborative robots, operators can focus on more valuable tasks while collaborative robots work non-stop.

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APPLICATIONS FOR EDUCATION AND SCIENCE

Education and Science 

In education and science, there are still huge opportunities for incremental growth. Through the use of collaborative robots in education, science, and research, new efficiencies are being achieved across the industry.Furthermore, robots are being used to support sophisticated higher-education projects across a wide range of disciplines.<h2 style="margin-left:0px;">Robotics and Simulators in Education</h2>&nbsp;By utilizing robotics, we have been able to simplify complicated medical procedures, make dangerous construction jobs safer, and even discover the universe. Simulators and robotics can change the way students learn, resulting in a better educated and well-adjusted generation.

INDUSTRIAL AUTOMATION IN EDUCATION AND SCIENCE

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Obtain new efficiencies in lab analysis with the help of different types of cobots that perform precise, repetitive tasks. Research and educational applications benefit from lightweight, flexible, and easy-to-program tools that can be quickly set up, moved, and re-deployed.

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APPLICATIONS FOR ELECTRONICS & TECHNOLOGY

Electronics and Technology

Agility is the key to competitiveness in this fast-moving industry. Flexible collaborative robots can improve productivity, quality, and consistency for anyone building subassemblies, loading and unloading test fixtures, or kitting and packaging products.When used along with workers (after a risk assessment), cobots perform precise tasks like insertion, dispensing, screwdriving, and labeling with a high level of repeatability. By automating these repetitive processes, skilled workers can be redirected to more valuable projects. In addition to reducing distance between workers on production lines, collaborative robots can also increase efficiency by automating upstream or downstream processes.The Cobot arms are lightweight and easy to program, which makes them ideal for moving from one production line to another-or from production to packaging or palletizing. A cobot can pay for itself within a year, even in highly competitive electronics manufacturing.

INDUSTRIAL AUTOMATION IN ELECTRONICS AND TECHNOLOGY

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Automation Tools that are precise, flexible, and easy to deploy support your agile production requirements. By enabling workers to distance themselves from repetitive tasks, we can increase output while ensuring their safety.

Flexible assembly lines that can be easily adapted to meet new requirements. A lightweight collaborative robot arm can be easily programmed and redeployed, and can even be mounted on a cart for mobility.



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APPLICATIONS FOR FOOD & BEVERAGES

Food and Beverages

The food and beverage supply chain uses cobots for a variety of secondary processes, such as packaging and machine tending. The use of collaborative robots enables employees to be relieved from repetitive tasks that can cause injury in unfavorable environments, such as humid greenhouses and refrigerated rooms.The efficiency of cobots is enhanced by low-touch processes, and they can work around the clock without interruption. During seasonal bursts, cobots can meet productivity requirements without adding temporary workers. A flexible, easy-to-program cobot can be repurposed to handle different products or processes as needed. In addition to adding value to low-volume operations, cobot-based production and packaging lines do not require safety fencing (after risk assessment).There is a wide range of reach and payload requirements for cobot models to meet the needs of pick/pack/pal applications. Integrated palletizing wizards make deployment simple, even for custom pallet patterns and labeling that are often needed for food and beverage distribution.

INDUSTRIAL AUTOMATION IN FOOD AND BEVERAGES

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Automate the 3Ps – picking, packing, and palletizing – with safe, affordable, and flexible Industrial Robotics. Make use of lightweight robot arms for different product lines, or set up a palletizing system with a small footprint or on a mobile platform.

APPLICATIONS FOR MEDICAL & COSMETICS

Medical and Cosmetics

In the era of shrinking product lifecycles, collaborative automation increases manufacturing agility. A Robot arm can maximize output and guarantee consistent quality – and then can be quickly repurposed for new product lines. It is common for cobots to be used in the manufacturing industry to maintain machines and conveyors, assemble products precisely, and pack products into blister packs, pallets, or cartons.In sensitive processes and clean environments, cobots reduce the risk of human contamination. Collaborative robot arms are used to handle and assemble medical devices sterilely and precisely. In dusty, noisy, and high-vibration operations, robots can also relieve workers of material handling tasks, allowing them to focus on higher-value tasks.Medical and cosmetic robots can be set up in hours or days, not weeks, because of their ease of deployment. Often, a single robot can tend multiple machines, and it is easy to move lightweight cobot arms from one process to another on mobile carts.

INDUSTRIAL AUTOMATION IN MEDICAL AND COSMETICS

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Latest automation tools make it easy to produce hygienic, low-touch products. The use of flexible, cost-effective cobots can solve inefficiencies across product lines and tasks.

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APPLICATIONS FOR METAL & MACHINING

Metal and Machining

If your equipment is idle, it’s costing you money. While machine tending positions are tough to fill and retain, cobots are always on the job. Machine tending applications such as CNCs, die casting machines, press brakes, and dial tables benefit from collaborative automation, which can operate continuously and reliably. You’ll keep your shop running and can move skilled machinists into higher value and more rewarding positions.Additionally, cobots are at the heart of collaborative welding systems, which can fit into standard welding work cells at a fraction of the cost of traditional automated systems. Automate repetitive or small products that welders don’t like, and shift our best welders to profitable products. The result is more consistent quality and more satisfied workers.It is affordable and flexible to use collaborative automation as your business needs change, allowing you to move robot arms easily from one task to another. Programming is fast and easy, and programs can be saved for quick changeovers. You won’t have to worry about long downtimes and scrap material while training new and temporary workers. The work will no longer be turned away due to a lack of resources.

INDUSTRIAL AUTOMATION IN METAL AND MACHINING

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Don’t let unskilled labor and inconsistent quality hold you back. With the latest automation tools, you can respond quickly to any size order, without worrying about staffing, training, or worker safety.

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APPLICATIONS FOR PLASTIC AND POLYMERS

Plastic and Polymers

Injection and blow molding operations don’t make money unless the mold is closed. But loading and unloading machines is dull, repetitive, and injury-prone work that is challenging to staff. That makes it ideal for automation. UR robot arms are available in a range of reach and payload capabilities. In existing facilities with low-volume, high-mix manufacturing, they can provide cost-effective automation for tasks that can’t be automated with traditional robots.Various other processes can also be automated with flexible cobots in plastics manufacturing facilities. Those include secondary processes such as degating, grinding, spru removal, and polishing, as well as applying labels or decals to plastic parts. An assembly, packaging, or palletizing process can be automated with cobots that work alongside operators after a risk assessment has been performed.In addition to 3D printing, collaborative robots provide additional advantages to plastics manufacturers. Keeping printer farms running is possible with cobots, which can work around the clock. A lightweight cobot can be mounted on a mobile cart and still be able to reach multiple printers to load and unload plates.

INDUSTRIAL AUTOMATION IN PLASTIC AND POLYMERS

Avoid wasting valuable workers on repetitive, low-value tasks, from injection molding to 3D printing. It is possible to use flexible cobots to tend multiple machines, allowing them to move easily to secondary processes for packaging and finishing parts.

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INDUSTRIAL AUTOMATION IN EDUCATION AND SCIENCE

Robotics and Simulators in Education

INDUSTRIAL AUTOMATION ADVANTAGES

FLEXIBILITY

PRODUCTIVITY

CONSISTENCY

APPLICATIONS FOR EDUCATION AND SCIENCE

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INDUSTRIAL AUTOMATION IN EDUCATION AND SCIENCE

Robotics and Simulators in Education

INDUSTRIAL AUTOMATION ADVANTAGES

FLEXIBILITY

PRODUCTIVITY

CONSISTENCY

APPLICATIONS FOR EDUCATION AND SCIENCE

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