New to Vibratory Finishing?

Interior view of a vibratory trough machine with dividers separating chambers, each filled with different ceramic media, with water and compound flowing through.

Vibratory finishing is a widely used process in the manufacturing industry, providing an efficient and cost-effective way to improve the surface of various components. Whether you are involved in metalworking, automotive, aerospace, or even jewellery production, vibratory finishing could significantly enhance your product quality.

How Vibratory Finishing Machines Can Save Your Company Money

Metal components coated with grease prior to cleaning or finishing processes.

In today’s highly competitive business environment, companies must find ways to increase productivity and reduce costs without sacrificing quality. Vibratory finishing is a proven solution for businesses looking to save money in their manufacturing processes.

Maximising the Longevity of Your Vibratory Finishing Equipment

Well-used centrifugal water treatment system on a pallet awaiting repair service.

The Importance of Regular Maintenance Vibratory finishing machines are built to withstand continuous use, but to keep them running smoothly, regular maintenance is necessary. Neglecting maintenance can lead to unnecessary downtime, higher repair costs, and even premature failure of parts.

Why Use Centrifugal Finishing Machines?

SM14 centrifugal disc finishing machine shown in workshop, highlighting compact size and high-performance finishing capability

If you’re looking to speed up your finishing process without compromising on quality, centrifugal finishing machines are well worth considering. They use fast, powerful spinning motion to achieve a high-quality finish in far less time than other methods.

How Vibratory Trough Machines Can Benefit Your Business​

Side view of a vibratory trough finishing machine featuring the Sharmic logo and prominent suspension springs.

Vibratory trough machines are an excellent solution for businesses seeking to process large, heavy components that require mass finishing. These machines are ideal for bulk finishing and are capable of handling bigger components than vibratory bowl machines.

What do powder compounds do?​

Grey powder compound for vibratory surface finishing, ensuring a consistent and high-quality finish on metal and non-metal parts.

We offer a tailored range of powder type surface finishing compounds designed for grinding, lapping, polishing, deburring, and more. Each product is developed to address the unique needs of both ferrous and non-ferrous metals, ensuring optimal results in vibratory finishing, hand finishing, or precision operations.

What do liquid compounds do?​

General-purpose liquid compound in a glass container, suitable for vibratory surface finishing to clean and polish metal and non-metal parts.

Our liquid compounds are carefully formulated to address a wide variety of cleaning, polishing, degreasing, and protective needs across a broad spectrum of materials and applications. Whether you’re working with steel, aluminium, brass, or more delicate alloys, our expertly developed liquids deliver consistent and high-quality results.

Why Quality Media and Compounds Matter in Vibratory Finishing

Spoon holding a fine portion of SX-81 powder compound, used in vibratory surface finishing for precision application and consistent results.

When you’re aiming for top-quality results in vibratory finishing, the consumables you use can make just as much difference as the finishing equipment itself. At Sharmic Engineering, we supply a wide range of high-grade media and compounds designed to support and improve the finishing process.

Why Use Vibratory Finishing?​

Close-up view of an SM range finishing machine with the Sharmic logo clearly visible.

If you’re looking for a fast, efficient, and cost-effective way to finish your parts, vibratory finishing is one of the best options out there. It’s perfect for industries where parts need a smooth, polished, or deburred surface, such as automotive, aerospace, and engineering.