While some industries have been using motion control solutions for years, other industries could still benefit from modern hinge designs – ceramics being one of them.
When people think of the term engineering, things like rockets or skyscrapers come to mind. But not all engineering is about building massive structures or traveling into space.
Some engineers focus on the little details that take a customer’s product from ho-hum to high-end.
We spoke with Erik Dahlgren, the Director of Manufacturing Engineering at Weber Knapp, to find out how those little details can be a game-changer for a customer’s product.
Today’s hinges make life much easier and more comfortable. We have progressed so far from just a plain old door hinge to advanced solutions for kinematic motion, mechanical spring counterbalance, and spring assist technologies.
Topics: Applications, Ergonomics, Motion Control, Design, Appliance, Counterbalance, Counterbalance Hinge, Engineering, High End Grill, Hinge, Hinges, Lid, Lid Support, Smoker, Smoker Grill, Testing & Prototyping, Manufacturing
As a kid, you might have marveled at the flip-up bar countertop at your parents’ favorite restaurant. But a lot has changed since then, and bar lift gates have improved significantly.
Today “motion control” implies automation, robotics, and electronics. But you’d be amazed what you can achieve when you combine old-fashioned mechanical engineering with a creativity-minded manufacturer.
Complex hinge design is a staple of many high-end, high-performing products. The math required to make your lid, cover, or door work as advertised can be wildly different depending on your application.
A custom hinge manufacturer should not just be a simple assembly line -- it should be a full-fledged partner in your process.
So your next design -- be it a dishwasher, smoker, tanning bed, refrigerator, or another piece of equipment -- needs the support and reliability of heavy-duty industrial hinges. You’re working on your hinge design calculations and material specs, and things are getting complicated.
Why bother with chemistry and electronics when you can get great performance from sturdy, reliable mechanical motion control?