Design Engineering Fluid Power

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Maximizing Hydraulic Efficiency

Choosing the most efficient control option requires full understanding of a hydraulic application.

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Pneumatic Air Guitar rocks the trade show circuit

Clippard’s guitar-playing machine melds fluid power components, an ipad and a six-string to belt out its 16 song repertoire.

How to slash power usage costs of hydraulic systems

Root out energy wasters and increasing profitability at the plant equipment level.

World’s first hydraulic hybrid transit bus unveiled

Altair ProductDesign’s BUSolutions LCO-140H improves on standard diesel bus fuel economy by 110 percent.

Fluid Power

Design Engineering Products & Equipment

Actuator Control Valve

Midland-ACS SIL3 valve helps systems builders meet IEC 61508 & 61511 safety standards.

Design Engineering Fluid Power

Islington school wins Canadian Fluid Power Challenge

Annual competition inspires middle school students to careers in machine building, automation.

Design Engineering News

UWindsor to open product development lab

Provincial innovation funding supports creation of on-campus product development and fabrication facility.

Design Engineering News

Chrysler, EPA to design Hybrid Hydraulic mini-van

Joint engineering project to boost fuel efficiency by 30 percent.

Design Engineering Products & Equipment

Steam Hose

Eaton's Steam Slayer Hose boasts 10:1 burst safety factor.

Design Engineering Fluid Power

Sic Transit

Altair Engineering software and design talents craft the next generation of fuel efficient transit buses.

Design Engineering Fluid Power

The Future of Fluid Power

According to Kim Stelson, director of the Center for Compact and Efficient Fluid Power (CCEFP), hydraulics and pneumatics is being challenged in the manufacturing sector. While still the clear leader in power density, fluid power components are gradually being replaced by technologies that are more compact and efficient. As a consequence, electronic components have encroached ...

Design Engineering Fluid Power

Fluid Power Roundtable ’10

DE: Has fluid power seen a decline in manufacturing over the last five years or is it simply experiencing the same fall off as any other technology due to the recession? Casey Samaroo, Customer Solutions Manager, Festo Canada: I think it is both of those factors. Certainly with the price coming down on electrical technology, ...

Design Engineering Fluid Power

Good Things Come in Small Packages

When discussing the wide variety of applications for hydraulics, most discussions eventually lead to the large force and power transfer capabilities of hydraulics. Large industrial presses can have input power in excess of 750 KW (roughly 1000 HP) or more and generate forces in excess of 60 million newtons (15 million pounds) of force. However, ...

Design Engineering Fluid Power

Hodgson wins Canadian Fluid Power Challenge

On May 7th, 18 Toronto middle schools teams competed in the ninth annual Canadian Fluid Power Challenge. A partnership of the Canadian Fluid Power Association, Kidder – TTS and the Toronto District School Board, the Challenge provides Grade 8 students with hands-on fluid power and automation experience building a mechanism with real world applicability. This ...

Design Engineering Fluid Power

Fix It, Don’t Nix It

Cost savings and increases in productivity are crucial if a company is to survive and prosper in today’s economic uncertainty. Hydraulic cylinders, although a small cog in the wheel of industry, are one area where a company can save money by developing and adhering to a maintenance program. And when a cylinder breaks down or ...

Design Engineering Fluid Power

Get What You Spec’d

The silver lining of an economic slowdown is that it gives us an opportunity to focus on areas that will affect the bottom line; when things turn around, we can move ahead as cost effectively as possible. When it comes to hydraulic systems, however, known practices proven to increase hydraulic system reliability are too often ...

Design Engineering Fluid Power

Hydraulics contain elephants at Quebec zoo

You’d think that Toutoune and Sarah could get their way: the Granby, Que., residents are stars, after all. And it’s tough to ignore them—especially with their respective weights of 4,300 and 3,300 kilograms. But staff members at the Granby Zoo are able to contain these African elephants with a hydraulic system that was developed by ...

Design Engineering Fluid Power

Expanding Possibilities

Fluid power has been around for hundreds of years—and even dates back to ancient Greek and Chinese societies—so it’s not often machine builders see something out of the ordinary. But, with its patented variable volume reservoir (VVR), Bois-des-Filion, Que.-based Sobacor Inc. may have an alternative to the static volume reservoirs traditionally found on hydraulic systems. ...

Design Engineering Fluid Power

Get Safe, One Press at a Time

Safety concerns continue to rise in prominence, and perhaps in no other industry is this more relevant than that of metal stamping. In the U. S. alone, power presses cause 650 worker amputations annually, says Mark Pendlebury of Newmarket, Ont.-based Reflex Integration. “Many times, the culprits are older power presses that were built when the ...

Design Engineering Fluid Power

Seal the deal with polyurethane pneumatic seals

Polyurethane, with its good elastic properties and unique mechanical strength, is the ideal material for pneumatic seals. The material formulation as well as the design development is best focused on the demands of pneumatic applications to achieve optimal results. A testing and validation program by Trelleborg Sealing Solutions has proven the performance of the new ...

Design Engineering Fluid Power

Building Better Pumping Systems: Optimizing New Designs

Although most pump systems operate longer than 15 years, the initial costs represent a small portion of the total expenditures needed to operate these systems throughout their life. Optimum design and efficiency are in the best interest of industrial facilities, which rely heavily on pumping systems for the operation of most processes. New pumping systems ...

Design Engineering Fluid Power

Why certification?

Fluid power is mode of power transmission and motion control that is used in a wide variety of industries. It can be used to transmit and control large amounts of power, is used to move and hold very large loads and, in some cases, incorporates critical safety features. So why is it that there is ...

Design Engineering Fluid Power

Fluid Power: The Original Motion Control

Fluid power is the original motion control technology and has been used for everything from pressing and packaging to injection moulding and handling. As manufacturers’ requirements for precision and control grew, fluid power evolved to meet this challenge with servo and proportional control, offering cost-effective and high-performance solutions. However, the development of servo motor technology ...