Weber Knapp Blog

A hinged countertop has long been a staple in bars and restaurant kitchens. It gives employees a convenient pass-through while keeping the countertop usable when the opening isn’t needed. But once you start working with heavier countertop materials, lifting that section all day can become a pain. Literally.

If you’ve ever reached an in-house design or engineering stalemate during a project, the idea of outsourcing has probably come up. And there’s one burning question that probably crossed your mind first:

Drifting, slamming, user safety … they’re all about torque, right?

Yes, but not necessarily in the way you may be thinking.

At some point, every engineer has to assess their design's durability, plan for replacement components, or figure out why something failed.

All of these situations are a part of working with spring components. ... Or are they?

Gas springs and their close cousins are abundant in many industries and applications. From overhead bins in airplanes, and from cargo doors to armored vehicle doors, industrial gas springs have a variety of applications. 

Even though electroplating sounds like a process straight out of a science fiction movie, it’s actually an excellent way to enhance the look, durability, and functionality of metal components. 

Hinges look simple… until you’re the one responsible for choosing one. If you’re early in your engineering career or new to sourcing mechanical components, it’s not always obvious how hinges actually work or what makes one design stronger than another.

Engineers and designers often stop to consider what type of hinge a product really needs. In many cases, a standard hinge does the job – it’s affordable, reliable, and easy to source. But when equipment is heavier or used more often, those same hinges can wear out faster and compromise safety.

No matter where you live, work, or play, hinges are everywhere. You’ll find them on cabinets. On refrigerators. On cars and airplanes. They’re a quiet part of daily life that keeps things moving.

Boats are different. They rely on hinges that do far more than open and close. Marine hinge design calls for careful thinking about motion control, spring assistance, and the effects of salt, weather, and humidity.

When you’re working through the details of a new product design, it’s easy to think, “A hinge is a hinge.” But if you’ve ever seen a lid sag, a door bind, or an access panel fail under load, you know hinge selection can make or break a design.

The temptation to save a few dollars with a lighter, cheaper hinge is real, especially when budgets are tight. Yet choosing the wrong hinge can lead to damaged equipment, unsafe operation, and costly redesigns down the line.