Weber Knapp Blog

Imagine lifting a heavy lid or panel with ease – no sudden drops, no awkward resistance, just smooth, controlled motion. Heavy-duty hinges make that possible, but designing them to handle weight, movement, and durability requires precision.

Think about the last project you took the lead on.

Did you run into issues getting the parts you needed?

Were there moments when communication felt like a struggle – maybe because of time zone differences or language barriers?

And how about those frustrating shipping delays?

These challenges are all part of navigating the 2025 supply chain. For manufacturers, it’s all about having the right materials and components ready to keep things moving. Failure to do so stalls production, leading to delays and added costs.

RVs could easily be dubbed "tiny houses on wheels." While they offer a touch of luxury for your camping adventures, it's no secret that space is limited.

Lift assists for bar and countertop openings are crucial in modern taverns, kitchens, and restaurants. While they add aesthetic appeal, their main value lies in functionality.

Installing a heavy-duty industrial hinge sounds like a daunting task. Whatever the project is, if the hinge is not designed or installed properly, can lead to safety concerns and operational inefficiencies.

Maximizing comfort and value in an interior space is both fun and challenging for home and hospitality designers. It’s the #1 priority for tiny homes and studio apartments, but also a worthwhile endeavor for those designing in larger spaces.

That’s why multipurpose and fold-out furniture is quickly gaining traction in the home and hospitality markets.

Fold-out and multipurpose furniture either serve multiple functions, allow for easy storage, or both.

A library-goer checks out a book or other piece of physical media.

Inspecting several high-end refrigerators quickly reveals the widespread use of hidden hinges in premium models. As the name suggests, these hinges are invisible to the casual glance and therefore create a more seamless look in the kitchen.

Improving stability.

Upgrading performance. 

Enhancing safety. 

These are just a few of the reasons a design engineer might find themselves calculating the center of gravity for any object. 

In the world of hinge design, this calculation can be used for someone as simple as keeping a lid, door, or cover from slamming into something -- or someone.

Designing a no-slam hinge doesn’t just keep your customers safer, it also keeps you protected … from lawsuits. On a lighter note (pun intended), a steady open/close also improves ease of use for customers.

Finding the center of gravity in objects isn’t always easy; not all objects are perfect circles or simply symmetrical. In fact, most aren’t, and calculating their center of gravity takes a certain level of skill – something an experienced heavy-duty hinge manufacturer possesses. 

In this article, we’ll look at three ways (in order of decreasing difficulty) for how to find the center of gravity of an irregular object. Can't wait? Click on any one of the ways to jump to the corresponding section: 

• The Easy Way
• The Easier Way
• The Easiest Way!

You have a beautiful kitchen design in mind, complete with a folding countertop. 

But have you considered the weight of this addition? 

When it comes to folding countertop projects, precision is key. The weight and size of the countertop being lifted can greatly affect the counterbalance of the motion control system, and guessing or estimating can lead to serious problems.