Motion control design prototypes offer a fairly long list of benefits. Some are obvious, others not so much. The advantages of motion control prototyping include:
- Makes the product cheaper in the long term
- Cuts down on lead time
- Proof of concept
- Hands-on lesson in design and assembly
- Helps with large-scale, full-product prototyping
- Helps get product certification before investing in tooling
- Early buy-in from sales and marketing
- Enhance safety
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Prototypes validate designs. Just as -- or possibly more -- important, they validate designs before they go into production.
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Topics:
Motion Control,
Design,
Engineering,
Testing & Prototyping
The post-COVID-19 traveler wants flexibility.
To keep up, hotel furniture design is trending toward multifunctional spaces and furniture. Gone are the days when a room or piece of furniture was used for a single purpose. Hotel rooms have become personal gyms. Hotel lobbies are meeting spaces. Even beds transform into a workstation.
After the hard hits the hospitality industry took during the pandemic, hotels that thrive post-pandemic will be those that creatively evolve with changing health concerns and guest priorities.
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Topics:
Ergonomics,
Counterbalance Hinge,
Engineering,
hospitality,
trends,
Hospitality Furniture
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.
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Topics:
Counterbalances,
Motion Control,
Design,
Engineering,
Hinges,
Lid Support,
Finishing,
Durability,
Aesthetics,
Safety
Getting the right hinge for your commercial or industrial product relies on having a trusted and reliable hinge manufacturer. Enter cellular manufacturing.
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Topics:
Engineering,
Hinge,
Industrial,
Cost,
Manufacturing
5 Heavy-Duty Hatch Hinges + Design Guidelines We cover the basics on heavy-duty hinges for:
- Barge hatch hinges
- Silo hinges
- Military tank hatch hinges
- Container tank hinges
- Submarine hatch hinges
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Topics:
Applications,
Motion Control,
Counterbalance Hinge,
Engineering,
Industrial,
Durability
A custom hinge manufacturer should not just be a simple assembly line -- it should be a full-fledged partner to your entire process.
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Topics:
Counterbalances,
Motion Control,
Design,
Engineering,
Hinges,
Lid Support,
Smoker Grill
A busy restaurant with every table full and each bar stool occupied is a restaurant owner’s dream. However, a full house comes with a significant risk of injury to staff and patrons.
Imagine this: A waiter fills a large drink order from the bar. They carefully balance the tray of drinks with one hand as they start toward a table of expectant patrons. Working quickly, the waiter attempts to lift the pass-through with their free hand but has difficulty lifting the 45-pound countertop. While straining to lift with one hand, the waiter loses control of the carefully balanced tray of drinks.
The mix of broken glass and liquid on the floor creates a significant safety hazard and takes a bite out of the restaurant’s profits.
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Topics:
Applications,
Motion Control,
Counterbalance,
Engineering,
Food Industry,
kitchen
You’re an innovator who loves solving problems.
You have a mechanical aptitude and a drive to be creative.
You find challenges exhilarating.
If you find yourself nodding your head so far, we’d love to show you how your ingenuity and creativity can produce engineering solutions for ergonomic and motion control products.
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Topics:
Design,
Engineering,
Manufacturing,
Employee Spotlight
When talking about today’s motion control solutions, engineers tend to think in terms of motors and cylinders. True, those can provide movement, but so can mechanical motion control, which has come a long way in terms of complexity and quality.
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Topics:
Applications,
Motion Control,
Design,
Engineering
Staff efficiency is improved when priority is given to ergonomics. For example, investing in an ergonomic keyboard means a typist can improve speed, cut back on mistakes and spend more time typing and less on breaks.
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Topics:
Ergonomics,
Design,
Engineering,
Safety,
office equipment