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New To Metal Etching

New to Metal Etching? Start Here.

Understand the process, explore its benefits, and see how ACE can help you get started.

If you’re new to metal etching, this is your gateway to everything you need to know. From what the process actually is, to what kinds of parts can be made, and how ACE can help bring your ideas to life - we’ve broken it down in simple, practical terms.

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Start Your Journey with ACE

New to etching? No worries. Whether you're exploring manufacturing options or just curious how it all works, this page breaks it down step by step - with helpful links to learn more as you go.

What Is Metal Etching?
Why Use Etching Instead of Cutting or Machining?
What Can You Make with Etching?
What Materials Can Be Etched?
How Does the Process Work?
How Do I Send a Design or Drawing?
Why Work with ACE?
Compliance & Quality
Get In Touch
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What Is Metal Etching?

A precise, stress-free way to cut complex metal parts.

Metal etching (also known as photo chemical etching or photochemical machining) is a highly precise method of producing complex, burr-free components by chemically dissolving selected areas of metal. Rather than using drills, lasers, or punches, the process uses a light-sensitive mask to define the part shape, then applies a controlled chemical etchant to remove unwanted material.

Why It’s Beginner-Friendly:

This technique is ideal for producing intricate parts, such as fine filters, connectors, or shields, especially from thin or delicate metals that may deform under traditional cutting methods.

No expensive tooling or long setup times
Easy to make design changes without added cost
Works with a wide range of metals and thicknesses
Fast turnaround on prototypes and small batches

Whether you're developing a new product or just exploring manufacturing options, metal etching offers an affordable, accessible path to precision.

Why Use Etching Instead of Cutting or Machining?

A smarter choice for precision parts, without the drawbacks of traditional methods.

If you've used or considered processes like laser cutting, stamping, or CNC machining, you might be wondering: how is chemical etching different—and why choose it?

A Clean, Tool-Free Alternative To Traditional Cutting

Unlike mechanical or heat-based methods, chemical etching uses no physical force and no cutting tools. Instead, it uses a clean, controlled chemical process to remove material through a patterned mask. The result? High-precision parts with no stress, no burrs, and no costly tooling.

Etching vs CNC Machining
Etching vs Laser Cutting
Etching vs Stamping

Key Benefits For Newcomers

No tooling required – so design changes are quick and affordable

No heat or force – your metal won’t warp, bend, or crack

Works with delicate, thin materials other processes struggle with

Ideal for small batches and prototypes – no high setup costs

Fast turnaround – ACE can deliver parts in as little as 48 hours

What Can You Make with Etching?

From tiny filters to flexible electronics—etching enables all kinds of parts.

One of the biggest advantages of chemical etching is its ability to produce detailed, high-precision parts in thin metal, without distortion or mechanical stress. This makes it perfect for all kinds of applications where accuracy and complexity matter.

Curious What’s Possible With Etching?

Whether your part is small and intricate or large and layered, etching gives you design freedom without the limits of traditional cutting methods.

EMI/RFI shielding

for aerospace and electronics

Mesh filters and screens

for fluid control or ventilation

Contact springs and terminals

used in electrical assemblies

Battery connectors and busbars

for automotive and energy sectors

Heating elements

thin metal circuits for medical and industrial use

Flexible circuit parts

including lead frames and precision foil designs

Decorative and branded items

nameplates, badges, and more

What Materials Can Be Etched?

From stainless steel to copper alloys, etching works with a wide range of metals.

Chemical etching is compatible with many types of metal, making it a flexible option for engineers, product developers, and innovators working across industries.

Whether you’re designing something lightweight, conductive, corrosion-resistant, or ultra-thin, there’s likely a metal we can work with and we’re happy to advise if you’re unsure.

Stainless steel
(all major grades)
A durable all-rounder for many applications.
Copper and
copper alloys
Great for electrical and thermal conductivity.
Nickel and
nickel alloys
For corrosion resistance and strength.
Aluminium
Lightweight and ideal for some structural or electronic uses.
Titanium
Strong, corrosion-resistant, and lightweight.
Nitinol
A shape-memory alloy used in advanced medical and precision applications.
Other metals on request
Such as silver, brass, and beryllium copper.

How Does the Process Work?

From drawing to delivery, etching is simpler than you might think.

You don’t need to be an engineer or manufacturing expert to get started with chemical etching. The process is clean, precise, and much more straightforward than mechanical or heat-based methods. Here’s a quick overview of what happens once you’ve got a design in mind:

1

You send us your drawing

This can be a DXF, DWG, PDF—or even a sketch. We’ll review it and confirm any details needed to move forward.
2

We prepare your design for etching

We create a photoresist mask (like a stencil) that defines the exact shape of your part. This is digitally created and applied to the metal.
3

The metal is chemically etched

A safe, tightly controlled acid solution removes only the unprotected areas of the metal—leaving your design perfectly cut, with no heat or force applied.
4

The part is cleaned and finished

After etching, we clean the part, inspect for accuracy, and can add finishes or secondary operations if needed.
5

You receive your components

Finished parts are delivered quickly - ACE can even produce prototypes in as little as 48 hours.

How Do I Send a Design or Drawing?

No complicated software needed - we accept simple file formats and offer help if you need it.

You don’t need to have advanced CAD tools or engineering software to get started.

At ACE, we make it easy to submit your design—whether it’s a detailed drawing or just an idea on paper.

We Accept

  • DXF and DWG files (CAD formats) - see all the formats
  • PDFs with clear dimensions or annotations
  • Basic sketches for early-stage conversations
Download Capability
Guidelines PDF

Helpful Tips For First-Time Submissions

If you’re not sure whether your file is ready, don’t worry. Our engineering team will check it and let you know if anything needs adjusting before production begins. We can also help with basic tweaks or feedback on design-for-etching considerations.

  • Include overall part dimensions and any critical tolerances if known
  • Mention the metal type or application if you have one in mind
  • If you’re unsure, just tell us what the part is for—we’ll help guide the rest

Why Work with ACE?

Meet the experts.

Choosing the right partner matters - especially when you're working with a process you're new to. At ACE, we combine specialist knowledge with a supportive, collaborative approach. Whether you're prototyping your first product or sourcing parts for a larger project, our team is here to help at every step.

Why Companies Choose ACE:

We’re not just here to manufacture - we’re here to make sure your part works as intended, performs under pressure, and gets to you on time.

Over 20 years of experience

in precision chemical etching

In-house design and engineering support

for guidance and optimisation

No tooling costs,

fast prototyping, and scalable production

Certified to ISO 9001 and AS9100

aerospace quality standards

Proven track record across

aerospace, medical, electronics, and more

Compliance & Quality

Certified processes.
Consistent results.
Trusted by industry leaders.

At ACE, quality isn’t just a checkbox - it’s built into every stage of our process. From first-off prototypes to high-volume production runs, we operate within internationally recognised standards to ensure every part meets specification, every time.

We’re Proud To Hold

ISO 9001

Quality Management

AS9100

Aerospace Quality Management

ISO 14001

Environmental Management

Customer-specific approvals

Across aerospace, defence, and electronics sectors

To Support Traceability And Assurance

All production batches are fully documented

In-process and final inspection is performed using precision measurement tools

We offer first article inspection (FAI) and PPAP documentation on request

Batch samples can be retained for validation and future reference

Whether you're supplying into aerospace or high-reliability electronics, our in-house quality systems ensure compliance and repeatability at every scale.

Not Sure Where to Start?

You don’t need to know everything - we’re here to help.

Getting started with a new manufacturing process can feel overwhelming, especially if it's your first time. But with ACE, you’re not expected to have all the answers. Whether you have a rough idea, a simple sketch, or just a few questions - we’re ready to support you.

Our team works with designers, startups, R&D teams, and curious newcomers every day. We’ll explain what’s possible, help you choose materials, and offer design feedback if needed. No jargon, no pressure - just practical advice and quick answers.

Here’s how to begin:

We’ll help you understand your options, avoid common mistakes, and move forward with confidence.

1

Send us your idea or drawing

We’ll take a look and give honest feedback
2

Tell Us About Your Project Needs

Ask us about your material, timeline, or design goals
3

Let us know when to call back

With one of our technical team members

News and Insights

November 26, 2024

ACE Chemical Etching at Southern Manufacturing & Electronics, 4th to 6th February 2025

August 20, 2024

AS9100 accreditation helps ACE fly high with £1m of new aerospace opportunities

November 24, 2023

Advanced Chemical Etching – Metal Matters October 2023

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