The Best Harmonic Drive System Review Site in the UK

The harmonic drive system you choose out of all those available on the market could affect the performance of the machinery you fit it into. If you want to make sure you’re buying a cost-effective product that enhances your operations, you need to find the right company to advise you on the best option for your application; and then supply you with a high-quality product.


Here are some of the reasons why you should use our review site to help you choose a supplier:

And if you choose a product that’s poorly designed or constructed, it won’t deliver on expected performance. You will encounter none of these difficulties if you choose us as your trusted harmonic drive company.

With our products, you can expect quality, precision and durability. We have built our professional reputation on innovative products and technologies that both meet or exceed expectations and stand the test of time.

You’ll know it’s the best match for you if you find a company that checks all the boxes on the list above. If you’re looking for harmonic drives in the UK, you’ll find just what you’re looking for here at UK Harmonic Drives, where customer service and quality products are our utmost priorities.

Harmonic drives can be used in various applications within a wide range of industries. Here are some of the most common applications:

Automated Packaging Equipment

The equipment used for automated packing benefits from strain wave gearing that delivers high levels of accuracy and a quick drive. Sealing devices, handling robots, and other machinery need to be coordinated and driven indirectly for the best results.

The harmonic drives offer a higher degree of accuracy and faster processing than other alternative mechanisms, helping your business improve its productivity and efficiency. You can view our harmonic drive price list on our review site if you’re interested in exploring your options.

The most prevalent equipment used in the industry includes laser welding machines and laser cutting machines. These machines need a harmonic drive that is highly precise, small and provides plenty of torque.

If you offer cutting services and wish to improve your production and performance, let us know, and we will recommend the right drive for your business.

Analysis, Measurement and Test Equipment

With endless developments in manufacturing, production, and production, the demands for inspection and analysis of products have risen, as has the demand for precise measurement, analysis, and test equipment.

Accurate and trusted analysis and measurement can only be carried out with expertise and the right precision of components, powered by strain wave gearing, rotary actuators, harmonic reducers, and drive motors.

The harmonic drive system is also known as strain wave gearing, a harmonic gear, or a mechanical speed-changing machine and was developed in the 1950s to increase torque by reducing the gear ratio of a rotary engine.

It works on a completely different principle to that of traditional speed changers. The device is made up of a thin, flexible ring that bends as it rotates within a larger rigid ring.

This strain wave gearing system is made up of three components: a flex spline, a circular spline, and a wave generator. The internal teeth of the circular spline connect with the outer teeth on the flex spline.

While the wave generator (the input) spins clockwise and the circular spline is fixed, the flex spline (the output) rotates within the circular spline in a counter-clockwise direction and at a slower rate.

The difference in the number of teeth between the circular spline and the flex spline is what determines the input- to output-speed ratio. Single-reduction strain wave gearing generates speed ratios of up to 320:1, which are lighter, efficient and smaller than high-ratio drives.

One of the most significant design benefits of strain wave gearing is the lack of backlash. Other key advantages include the fact that they can be very small and lightweight and suffer less wear and tear than traditional gearing mechanisms do, which means they’re therefore longer lasting. What’s more, these mechanical speed-changing modes offer gear reduction ratios of as high as 30 times those produced by traditional gear systems in the same sized unit.

The harmonic drive refers to a kind of gear design that’s known as a strain wave because of how it works. It’s a type of reduction gear system that has three main parts as a minimum. The way in which these three parts interact means that much higher precision reduction ratios are possible than can be achieved by much larger and more complicated mechanisms.

American engineer Clarence Walton Musser developed the harmonic drive in 1957, and its advantages soon became widely recognised, taking the market by storm. Early on, Mosser recognised the huge potential of his invention and began selling licences to manufacturers to use his patented technology.

The rotational movement comes from an input shaft, such as a servo motor axis. The wave generator lies at the heart of the mechanism. Elliptical in shape, it’s encircled by ball bearings which gives the appearance of creating a motion wave as it spins.

As a result of this, rather than adopting the elliptical form, the circular spline merely interconnects its inner teeth with the outer flex spline side, resulting in a rotation of the flexible spindle.

Finding the right micro harmonic drive products and more for almost any known application is easy with us. UK Harmonic Drives can help you with all your enquiries and requirements. Visit our homepage for more information.