Additive manufacturing enables remarkable design freedom - but achieving strong coating adhesion still depends on precise surface preparation. That’s where wet blasting has become the process of choice.

Wet blasting delivers a controlled, consistent finish that’s ideal for 3D printed components.

Here’s why it stands out:

• Uniform surface activation: Evenly textures complex geometries for consistent coating adhesion.

• Reduced contamination: The water medium suppresses dust and prevents abrasive embedment.

In aerospace MRO, the accuracy of non-destructive testing (NDT) depends heavily on surface preparation. The cleaner and more uniform the surface, the more reliable the inspection results. Increasingly, engineers and MRO professionals are turning to wet blasting as a superior method for preparing components prior to crack detection.

Why surface preparation matters...

Universities are continually seeking technologies that can enhance research outputs, support academic excellence, and give students access to industry-standard equipment. The Vapormate wet blasting machine - has become a valuable asset in laboratories focused on materials science, surface engineering, and manufacturing research.

A research-focused solution...

In aerospace, every surface finish, every component edge, and every tiny tolerance can make the difference between efficient flight and costly inefficiency.

The Vapormatt Leopard Cub, equipped with its micro gun system, is a striking example of how surface finishing technology continues to advance. Designed for precision, high-performance applications, it enables OEM and MRO operations to achieve exceptionally controlled and precise wet blasting - even on the smallest and most intricate of aerospace components.

What sets it apart...

When it comes to finishing medical instruments and devices, precision is key. Components often have intricate geometries, delicate surfaces and strict finishing requirements. That’s where wet blasting stands out as a superior surface finishing process.

Unlike dry blasting, which can generate heat, static and surface damage, wet blasting uses a fine abrasive suspended in water to gently clean, polish and prepare surfaces. The result is a controlled, uniform finish that protects the integrity of even the most complex parts.

Few people think about what gives a bandsaw blade its incredible strength and durability. Behind every precise cut is a science of surface engineering - and one of the most effective yet underrated techniques is wet blasting.

For bimetal bandsaw blades, wet blasting does far more than just clean. It refines, strengthens and prepares every surface for peak performance - and impressively, both peening and surface finishing can be achieved in the same wet blast operation, making it ideal for efficient, high-quality production.

Here’s what wet blasting can do:

In wire and cable manufacturing, success often hinges on one critical detail: the surface finish. A cleaner, more consistent surface doesn’t just improve appearance - it enhances performance across drawing, coating and welding processes.

Vapormatt’s micro gun wet-blasting technology is transforming how manufacturers achieve that finish. Rather than depending on traditional methods such as acid pickling or dry blasting, this innovation directs every bit of energy precisely where it matters - onto the wire itself.

Key advantages include:

In dentistry, sterilisation is not just a procedural step - it’s a cornerstone of patient safety and professional integrity. Every instrument that enters a patient’s mouth must be completely free from contaminants to prevent cross-infection and ensure the highest standards of care.

However, achieving effective sterilisation starts long before instruments reach the autoclave. This is where wet blasting technology plays an important role.

In production...

• Deburring and finishing: Smooths cast and machined metal components to reduce assembly issues and improve fit.

• Composite preparation: Cleans and prepares composite surfaces for adhesive bonding and coatings without aggressive dry-media damage.

• Coating readiness: Delivers a consistent surface profile for primers, paints and protective finishes.

In maintenance and repair...

Behind every successful orthopaedic implant lies a detail that’s often overlooked but absolutely critical - the uniformity of its surface finish. Whether it’s a hip, knee, or spinal component, even the smallest inconsistency can influence how the implant integrates with bone and performs under stress.

Uniform surface finishing is far more than a cosmetic step. It plays a vital role in:

• Osseointegration: A consistent texture encourages bone cells to attach and grow evenly, improving long-term stability.