Robots aren’t always given a favorable representation in pop culture. In Stanley Kubrick’s 2001: A Space Odyssey (1968), homicidal supercomputer HAL 9000 demonstrates how a robot could conspire against its human colleagues.
Pick, Purchase and Program Your First Industrial Robot
Nigel Smith | Toshiba Machine distributor, TM Robotics
Here, Nigel Smith, managing director of Toshiba Machine distributor, TM Robotics, gives advice to manufacturers to make their first robotic investment.
Pop culture aside, robots don’t disappoint. After their first industrial robot installation, manufacturers come back to TM Robotics time and time again to add further automation to their factories. Given that robots boost productivity, profitability and quality, it’s no surprise they are rife. In fact, it is estimated three million industrial robots will be in use globally by 2020, according to the International Federation of Robotics (IFR).
Unfortunately, small-to-medium sized manufacturers are often unwilling to invest in their very first robot — after all, they are hardly inexpensive. Thankfully, taking the automation plunge doesn’t have to be a worrisome process.
Choosing your machine
First things first, what do you want your robot to do? The desired application will determine which kind of robot is required. A SCARA robot, for instance, would be most suited for compact pick-and-place operations; whereas palletizing applications may require a six-axis machine that boasts a heavy payload.
That said, several factors should be contemplated beyond robot type. They include the operation, payload, number of axes, reach, accuracy, cycle time, inertia. The Ingress Protection (IP) rating should also be taken into account, a metric used to define the sealing effectiveness of electrical enclosures against foreign bodies like dirt and moisture. Careful calculation of these nine parameters should be the first step of any robot investment.
It may be time consuming but collecting this data accurately will streamline your search for the best machine. This approach is preferable to relying on estimations, which can have disastrous results. A common mistake is failing to take end-of-arm-tooling (EOAT) into the equation when determining a robot’s payload. Grippers, drills and soldering equipment can add significant weight to a robot, with the potential to push the load over the machine’s maximum lifting capacity. Suddenly, poor calculations mean that you’re left with a machine that is too feeble to fulfil its role.
Making your purchase
Similarly, budgets shouldn’t be estimated. Robot investments often go far beyond the initial price tag. As well as the purchasing cost, factories may need to create a segregated work cell or buy additional power units before a robot can be deployed. Not to mention variable expenditures — such as labor, energy, materials and ongoing maintenance — that are required to operate the robot long-term.
In fact, when investigating the true cost of robotics, TM Robotics found that, according to a report by the Boston Consulting Group, manufacturers should budget for three-times the robot’s price tag.
Don’t be afraid to ask for guidance when determining the cost and nine parameter requirements of your robot. Robot suppliers aren’t like the used car salesmen of the automation world — and any that behave in such a way should be actively avoided.
Programming your robot
Parting with your cash isn’t necessarily the most daunting part of a robot investment, however. Instead, a common objection from manufacturers is unfamiliarity with programming languages. While installing a robot usually isn’t as simple as plug-and-play, most don’t require a huge amount of programming knowledge, either.
Powerful but simple simulation tools with offline programming function can be beneficial. However, it is also vital to decide who will be responsible for maintaining the robot and ensuring they are trained. Opting for an easy-to-program robot software, like that provided by TM Robotics, the end user can benefit from extensive training to ensure that robot programming and control is simple, even for engineers embarking on their first industrial robot project.
Combined with a teach pendant —a control box for programming the motions of a robot— completing routine maintenance and adjustment becomes a pain free process. In fact, over 90 per cent of robots use these tools. For technicians and engineers, this makes them an unintimidating piece of tech.
Kubrick’s representation of a malicious robot in 2001: A Space Odyssey may not be entirely accurate in today’s manufacturing world. And, fortunately, your first robot purchase doesn’t have to be quite so intimidating.
The content & opinions in this article are the author’s and do not necessarily represent the views of RoboticsTomorrow
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