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PBSI 3 2 Editorial 400January 24, 2019

Despite the fact that Multi-Tasking technology has become increasingly common in shops across the country and around the world, many manufacturers still believe such machines are costly and a challenge to integrate into existing processes and automation. Where these myths arose remains a mystery, but the facts are easy to find, especially when discussing Mazak Multi-Tasking. Here are a few myths we can quickly debunk:

MYTH: Multi-Tasking is too new to trust

FACT: Multi-Tasking is tried and tested technology

The first Mazak Multi-Tasking machine, the SLANT TURN 40N ATC Mill Center, came out in 1982. Since then, Mazak has invested heavily in pushing this technology forward, both in terms of machine tool parameters and the infrastructure needed to help customers succeed. As a result, Mazak has a comprehensive selection of Multi-Tasking machining centers that have been put to profitable use in virtually every industry – along with an equally comprehensive training program that comes free with every machine sold to help manufacturers get their operators up to speed.

MYTH: Multi-Tasking machines are too expensive for my shop

FACT: Multi-Tasking machines are a great value in terms of costs

For many manufacturers, comparing a machine tool’s sticker price with the business’ bank account balance is the beginning and end of their cost-benefit analyses. And indeed, in terms of price, Multi-Tasking technology is more expensive than traditional lathes or mills. However, instead of looking at price, manufacturers should look at costs. This requires a more involved analysis – one should consider maintenance costs, available services and other factors that impact the purchasing and operating costs of the machine. When you invest in manufacturing technology that will be used for decades, it pays to think long-term.

MYTH: Changing my processes won’t speed things up enough

FACT: Fewer setups across the production cycle leads to higher-value parts

For some shops, particularly those in the medical and aerospace industries that produce parts with highly regulated supply chains and quality requirements, changing processes in search of greater profitability is difficult or impossible. But for all other shops, updating processes can be a great way to improve productivity, and Multi-Tasking is an equally great way to achieve that goal. Eliminating extraneous setup time, for example, does more than just shorten part processing time, it prevents scrapping parts due to human error and makes repeatability far easier to achieve.

MYTH: My parts are too simple to require Multi-Tasking

FACT: The majority of parts have secondary operations

For some manufacturers, such as those in the automotive sector, simple, mass-produced parts are the norm. But even these parts often have secondary operations and benchwork to consider, and for most manufacturers, simple parts are a thing of the past. With Multi-Tasking, secondary operations can easily be completed as part of the first setup for a far more secure machining strategy.

MYTH: Multi-Tasking applications are too difficult to program without special training

FACT: MAZATROL Smooth CNCs make Multi-Tasking applications easy to create for any operator

As manufacturers across numerous industries have discovered, skilled machine operators are getting increasingly scarce as experienced operators and engineers age out of the workforce, especially with an already tight job market. The solution? MAZATROL SmoothG and SmoothX controls, which make it easy for even new operators to program complex parts right at the machine thanks to MAZATROL, Mazak’s conversational programming language. Answer the computer’s questions with your part’s dimensions and characteristics to generate sophisticated Multi-Tasking cutting programs – it’s that simple.

MYTH: Multi-Tasking is tough to automate

FACT: Mazak Multi-Tasking machines are built for automation

In many ways, Multi-Tasking technology is automation built directly into the machine – rather than using a robot to move a part from a lathe to a mill, the Multi-Tasking machine simply performs both operations in one setup, perhaps passing the part from one spindle to the next to continue working. However, Mazak Multi-Tasking takes this much further, with machines designed for automation solutions that range from the Multi-Pallet Pool (MPP) System or Auto Work Changer to full PALLETECH or MAZATEC SMS installations, all to help shops achieve unmanned lights-out operations.

Interested in learning more about Multi-Tasking and demystifying the process? Visit our 5 Levels of Multi-Taskingpage and discover how much these technologies can impact your machining operations – and your bottom line.


Editor's Pick: Featured Article


DCS Put to the Ultimate Test Part 1 Torsion Tests by HELUKABEL 1 400x275

Cables and wires in industrial robots and other moving machine parts are often required to withstand extreme stresses caused by torsion. Constant repetitive movements put materials under considerable strain. At the same time, operators expect components to function perfectly and reliably throughout their entire service life to avoid disruptions, outages and safety hazards.

For this reason, at HELUKABEL, we simulate intensive and continuous torsion stresses under realistic conditions with our high-tech testing equipment in Windsbach. We have several types of apparatus for doing this because some of our customers, for example those in the automotive industry, have very precise specifications for how a torsion test is carried out. The tests show that our cables and wires withstand speeds up to 1,000°/s, accelerations up to 2,000°/s² and torsion angles up to 720°. Hence, we make sure that each product always meets our customers’ high standards, and that they receive the impeccable quality they rightly expect from us as a leading supplier of cables, wires and accessories for more than 40 years.

What Is Torsion?

 

To learn the answer, click here 

 


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DCS Siemens Sponsored Content 30 Minute Live Webinar January19 2023 300x250

 

 

With PC-based automation, you can implement applications and solutions that far exceed the functions of a classic controller. SIMATIC PC-based products offer you a flexible, innovative platform with long-term availability that give you a home field advantage when meeting the challenges of the digital factory for your machines and plants.

  

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DCS Festo Didactic at the Forefront of Developing Canadas Future Workforce 1 400x275

With Canadian manufacturing suffering from a growing labour shortage, the participation of industry in skills development is emerging as a vital component in hiring and retention.

The needs are stark: The Canadian Exporters and Manufacturers Association says almost 40% of its members have jobs they can’t fill. Five years from now, 60% expect to be short-staffed, especially when it comes to skilled trades. Statistics Canada forecasts the country’s labour force growth rate will remain below 0.2% for the rest of the decade, below replacement levels.

This growing shortage is affecting companies of all sizes. Already, some manufacturers acknowledge losing out on contracts because they can’t find the manpower to fulfill them.

In reality, the challenge is two-fold: to replenish and expand the workforce to help close the gap between the number of job seekers and vacancies through 2030 when the last baby boomers reach age 65, and ensure workers get opportunities throughout their careers to upgrade or add to their skillset as current technologies evolve and new ones emerge. Festo, through Festo Didactic, one of the world leading provider of equipment and solutions for technical education, intends to help Canada meet this challenge on both fronts. In essence, the approach Festo has always taken is that the learning never stops.

 

Read more here


 

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Emerson recently introduced the ASCO™ Series 209 proportional flow control valves, which offer the highest standards of precision, pressure ratings, flow characteristics and energy efficiency available in a purpose-built, compact architecture. With this combination of size and performance, Series 209 valves allow users to precisely regulate the flow of fluid in a wide range of devices that require exacting performance, like those found in the medical equipment, food and beverage, and heating, ventilation and air conditioning (HVAC) industries. 

Accuracy, response time and repeatability are critical in high-precision flow control applications, such as controlling tool speed in dental chairs, the flow of steam in coffee makers, water flow in cooling systems and hydrogen flow in fuel cells. Series 209 valves have low hysteresis (less than or equal to 5%), excellent repeatability (less than or equal to 1%) and high sensitivity (less than or equal to 0.2%) that contribute to their precision. 


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DCS Teledyne Announces New Ladybug6 Cameras for High Accuracy 1 400x275 

Teledyne FLIR Integrated Imaging Solutions is pleased to announce the all new Ladybug6— the latest addition to its field proven Ladybug series. Ladybug6 is the leading high-resolution camera designed to capture 360-degree spherical images from moving platforms in all-weather conditions. Its industrial grade design and out-of-the-box factory calibration produces 72 Megapixel (MP) images with pixel values that are spatially accurate within +/- 2 mm at 10-meter distance.

“The new Teledyne Ladybug6 is designed for mobile mapping and all-weather inspection projects requiring excellent image quality and high resolution,” said Mike Lee, Senior Product Manager at Teledyne FLIR. “With the addition of Ladybug6, we are now pleased to offer a wider variety of spherical cameras with higher resolutions ranging from 30 MP to 72 MP.”

 

To learn more, click here


 

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