This guide covers how to fit the Target Omni Protector Kit for a secure, precise fit without damaging your set up.

Step 1:

Check Orientation

• Identify correct positioning
• Align with leg profile

Step 2:

Clip to Omni leg

• Apply even pressure
• Do not force

Step 3:

Final alignment

• Ensure flush fit
• Check stability

Notes:

• Designed for a snug fit
• Minor resistance is normal
• Avoid excessive force

Related product

Target Omni Protector Kit

Stratiform Works products are designed for durability and everyday use. With simple care & maintenance for 3d printed accessories, they will maintain their fit, finish and performance over time.

Cleaning

To clean your product:

• Use a soft cloth or microfibre cloth
• If needed, use a small amount of warm water
• Dry thoroughly after cleaning

Avoid:

• Abrasive pads or brushes
• Harsh chemicals or solvents

These can damage the surface finish.

Heat & Environment

3D printed materials can be affected by heat.

• Avoid prolonged exposure to high temperatures
• Do not leave products in direct sunlight for extended periods
• Keep away from heat sources such as radiators

Excessive heat may cause slight softening or deformation.

Handling & Use

Stratiform Works products are designed for a precise fit.

• Apply even pressure when installing
• Do not force components into place
• Minor resistance is normal for a secure fit

If a part feels excessively tight, check alignment before applying further pressure.

Storage

When not in use:

• Store in a cool, dry environment
• Avoid placing heavy objects on top of components
• Keep parts together to avoid misplacement

General Notes

• Each product is manufactured using precision 3D printing processes
• Minor surface variations are normal and do not affect performance
• Products are designed for their intended use only

Related Products

For installation guidance, see:

• How to Fit the Target Omni Protector Kit

For product details:

• Target Omni Protector Kit

That perception is now outdated.

Today, 3D printing is used across aerospace, automotive, engineering, healthcare, architecture, and premium consumer goods. It has evolved into a serious manufacturing process trusted for precision, efficiency, and intelligent design.

At Stratiform Works, we use modern additive manufacturing to create refined, functional accessories where fit, finish, and performance matter.

So what exactly is 3D printing — and why are more industries embracing it?

What is 3D Printing?

3D printing is a production method where objects are built layer by layer from a digital design.

Rather than cutting material away or relying on expensive mould tooling, additive manufacturing creates parts with exceptional efficiency using only the material required.

This unlocks design freedom, rapid development, and precision manufacturing that would once have been impractical or uneconomical.

6

Why It Is Becoming Mainstream

Precision Has Improved Dramatically

Modern 3D printers are faster, more accurate, and more consistent than earlier generations.

Surface quality, tolerances, and repeatability now make the technology suitable for real-world functional products — not just prototypes.

Materials Have Matured

Today’s advanced materials offer strength, durability, heat resistance, and long service life.

The result is products designed to be used, not simply displayed.

Smarter Economics

Traditional manufacturing often depends on expensive tooling and large production volumes.

3D printing changes that equation.

Small-batch production, specialist products, and premium niche accessories can now be manufactured efficiently without compromising quality.

Faster Innovation

When products can be refined quickly, better products reach customers faster.

That means continuous improvement instead of waiting months for retooling or large production runs.

Less Waste, More Efficiency

Because only the required material is used, additive manufacturing can significantly reduce unnecessary waste compared with many traditional methods.

Addressing the Scepticism

Some people still associate 3D printing with brittle plastics or low-quality novelty items.

That’s understandable — early consumer machines created that reputation.

But judging modern additive manufacturing by outdated examples would be like judging today’s cars by something built in the 1980s.

The machine matters.
The material matters.
The design matters.
The standards matter.

When those are taken seriously, 3D printing becomes a highly capable production method.

Where It Is Used Today

3D printing is already trusted for:

• Aerospace components
• Automotive development and specialist parts
• Dental and medical applications
• Manufacturing jigs and fixtures
• Bespoke engineering solutions
• Premium consumer accessories
• Low-volume specialist products

5

Why Stratiform Works Uses It

At Stratiform Works, we choose 3D printing for one reason:

It allows better products to be made intelligently.

That means:

• Precision fitment
• Clean, understated aesthetics
• Durable real-world performance
• Continuous refinement
• Efficient UK small-batch manufacturing
• Quality over mass production

We are less interested in making thousands of generic products.

We are more interested in making the right product, properly. See products here

The Future of Manufacturing Is Already Here

3D printing is no longer an experiment.

It is now one of the most important modern manufacturing technologies available — especially where design quality, flexibility, and specialist production matter.

For many products, it is not the alternative.

It is the better option.