Collaborative Robots In Metals & Machining

COLLABORATIVE ROBOTS IN METALS & 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. Collaborative automation is ideal for machine tending applications such as CNC and die cast machines, press brakes, and dial tables, which can run around the clock consistently and reliably. You’ll keep your shop running and can move skilled machinists into higher value and Jasa Machining Medan more rewarding positions.

Cobots are also at the heart of collaborative welding systems that cost a fraction of traditional automated systems and can fit into standard welding work cells. Automate repetitive or small products that are undesirable for welders and move your best welders to high-profit product lines. The result is more consistent quality and more satisfied workers.

Collaborative automation is affordable and flexible, so you can easily move robot arms from one task to another as your business needs change. Programming is fast and easy, and programs can be saved for quick changeovers. No more long downtimes and scrap material as you train new and temporary workers. And no more turning work away because of limited resources.

COLLABORATIVE AUTOMATION ADVANTAGES

PRODUCTIVITY

Increase productivity by optimizingequipment and workers. Cobots can work reliably around the clock, producing consistently higher-quality and reducing scrap. And ROI typically occurs in less than a year.

FLEXIBILITY

Quickly and easily adapt to new products, even low-volume or quick-turn jobs. Collaborative robot arms can be reprogrammed and redeployed in-house, and can even be mounted on carts for easy mobility.

QUALITY

Increase quality and consistency in repetitive tasks that are undesirable for human workers. Cobots can reliably perform precise, consistent welds and load and unload machines without breaks.

CHOOSE THE RIGHT COLLABORATIVE ROBOT FOR YOUR APPLICATIONS

Universal Robots models range from precise assembly and screw driving tasks to long reach and high payload to handle larger products and for packaging and palletizing applications.

 

UR3e

UR5e

UR10e

UR16e

Reach

500 mm

/

19.7 ins

850 mm

/

33.lima ins

1300 mm

/

51.dua ins

900 mm

/

35.4 ins

Payload

tiga kg

/

6.6lbs

5 kg

/

11 lbs

12.5 kg

/

27.55 lbs

16 kg

/

35.tiga lbs

Footprint

Ø 128 mm

Ø 149 mm

Ø 190 mm

Ø 190 mm

Weight

11.dua kg

/

24.7 lbs

20.6 kg

/

45.4 lbs

33.lima kg

/

73.9 lbs

Jasa Machining 33.1 kg

/

73 lbs

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CASE STUDIES

UR cobots are found in metal and machining applications worldwide. Choose from our family of robot arms, which come in a wide range of payload, reach, and size. The UR5 contoh is one of the most popular for machine tending and welding applications. Explore these case studies to help identify your next automation opportunity.

Top five industrial applications of cobots

The industrial applications of cobots are vast, and these smart machines have capabilities that virtually every manufacturing plant or production line can make use of. A cobot arm handles dull, dirty or dangerous jobs on behalf of their human colleagues and minimizes downtime by boosting round-the clock-capacity, if that is what the business needs. Cobots’ capabilities are incredibly varied, and their tasks can be tailored to your business’s needs, even multiple times per day.

Five stories about cobots improving workplaces

On 28 April, we celebrate World Day for Safety and Health at Work, an awareness-raising campaign that promotes the prevention of occupational accidents and diseases globally. On this special day of awareness, here are 5 stories about cobots taking on dangerous, hard, repetitive or dull tasks where they have allowed people to focus on work that is more enjoyable and less likely to cause injuries.

Jasa Machining Medan Manufacturing Labor:The Crisis Continues

After wreaking havoc on our families, the economy, and the overall social fabric of countries around the world, COVID is abating.Or at least we are learning to live with a pandemic hanging over our collective heads.According to an article in Deloitte Insights, the North American economies are recovering, and demand is ahead of pre-COVID levels.All good – but what about manufacturing labor?When COVID exploded in March 2020, we were struggling to find workers, skilled or entry level, for manufacturing jobs in all industries.And where are we today?Deeper in the hole!

How cobots are transforming food and beverage businesses

Cobots are transforming food and beverage plants all over the world, stepping in and taking over a wide range of business-critical, yet repetitive and manual tasks. These intuitive machines can assume responsibility for tasks that threaten the paling aman or satisfaction of workers, or the productivity and profitability of the entire outfit. Here are some examples of how cobots have transformed the way our clients operate.

Using cobots to conquer the new world of work

The global Covid-19 pandemic has led a significant amount of people to re-evaluate their working lives. Many have decided to turn away from roles that are repetitive, lack progression opportunities or pose risks to their mental or physical wellbeing. Cobots are providing an answer to this recruitment and retention challenge by freeing workers from the dullest or riskiest tasks on the production line and helping employers create more efficient workflows.

Types of Grippers Used in Manufacturing

In the simplest terms, grippers are devices that enable robots to pick up and hold objects. When combined with a collaborative (or ‘cobot’) industrial robot arm, grippers enable manufacturers to automate key processes, such as inspection, assembly, pick & place and machine tending.

How Collaborative Robots Power Sustainable Manufacturing Practices

Sustainability ranks high on the global and political rencana as countries and regions set out energy and emission targets as part of climate change-related commitments. Universal Robots, like many other companies, is working to make its own working practices and production more sustainable. What makes a manufacturing process more environmentally ‘sustainable’?

Robots Sanding Furniture? No Way!

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