In implant dentistry, surface technology is one of the most decisive factors for long-term success. Osseointegration - the process where the jawbone fuses directly with the surface of a dental implant to create a stable foundation for replacement teeth - depends not only on surgical technique and patient biology, but critically on how the implant surface is prepared.

Surface treatment of overhead power cables involves a lot more than just cleaning. It has a direct influence on thermal performance, corrosion resistance and service life.

Two common approaches are acid pickling and wet blasting. Both remove oxides and deposits, but the results are very different.

Why wet blasting is the better option:

✅ Higher emissivity

• Wet blasting creates a textured, matte aluminium surface.

• Typical emisivity values: 0.6 to 0.8 for wet blasted surfaces compared with 0.2 to 0.3 for pickled surfaces.

We've developed a custom design of the Leopard Cub wet blasting machine, created specifically for processing long composite structures such as tubes.

In aerospace, automotive, marine and energy sectors, composites require precise and consistent preparation before bonding, coating or finishing. The Leopard Cub ensures that every millimetre of a component receives uniform, high-quality treatment.

Key benefits of wet blasting for composite tubes:

• Uniform and repeatable finishes, delivering reliable bond strength and coating adhesion

Meet our CEO, R&D Director, and Head of R&D at the exhibition.

We’re the original innovators and global leaders in wet blast surface finishing technology. Our systems are used to improve component performance, extend service life, and ensure reliability in some of the most demanding industries including aerospace and defence.

Why meet with us?

In the manufacture of bandsaw blades, surface preparation is a critical step when it comes to applying durable and legible branding. Wet blasting offers distinct advantages over conventional finishing techniques for this purpose.

• Uniform surface profile: Wet blasting creates a controlled, consistent surface roughness that improves the absorption and adhesion of subsequent branding processes such as laser marking, etching or stamping.

In extrusion plants, die cleaning and polishing are vital for maintaining productivity and reducing scrap rates. Yet, many facilities still rely on outdated, time-consuming methods that risk damaging dies and lowering success rates.

Our white paper explores how wet blasting technology is transforming die shops by:

✅ Delivering faster, more consistent polishing results
✅ Extending die life and improving extrusion success rates
✅ Reducing manual labor and achieving ROI in as little as 6 months
✅ Creating a cleaner, safer working environment

“It’s just like dry blasting.”
Not at all. Adding water cushions the abrasive, giving a smoother, more consistent finish.

“It damages delicate parts.”
The water actually protects surfaces, making it safe for precision components.

“It’s messy and wasteful.”
Quite the opposite - it reduces dust, recycles media, and makes clean-up easier.

“It’s only for heavy industry.”
It’s used everywhere: aerospace, automotive, medical, and even jewellery.

When it comes to sports equipment manufacturing the finishing process is just as critical as the material itself. And wet blasting is fast becoming the preferred finishing method, especially for composite-based gear such as tennis racquets, bicycles, skis, and hockey sticks.

Applications of wet blasting for composites

• Surface preparation: Ensures better adhesion before painting, coating, or bonding.

• Texture control: Creates consistent surface finishes without damaging fibres or resin.

Wet blasting is a proven solution for heat scale removal, advantages include:

• Effective oxide layer removal - Heat scale consists of tenacious chromium and nickel oxides on superalloy surfaces. Wet blasting's controlled impact energy effectively breaks the oxide-to-metal bond while the water flushes away loosened scale particles, preventing re-deposition.

In aerospace Maintenance, Repair and Overhaul (MRO), every process has to be precise, repeatable, and reliable. That’s where the Sabre comes into its own.

• Unmatched precision: The Sabre delivers micron-level control in surface finishing. It produces consistent, repeatable results, with surfaces optimised for coatings that demand excellent adhesion performance.