Pryor Marking Technology

Pryor Marking Technology Pryor Marking Technology is a world leading manufacturer of permanent marking solutions.

Pryor Marking Technology provides a single source of marking products, traceability software, services and support. Founded in Sheffield in 1849, Pryor offer a complete portfolio of solutions for permanent part marking ranging from a hand punch through to turnkey, bespoke designed systems using laser, scribing or punching machines. Pryor's own vision technology and software solutions enable the a

utomatic, precise location of marking on a component and reduce quality escapes in manufacture by verifying and tracing marks throughout the component life cycle. Pryor have extensive experience of robotic marking systems to deal with the most challenging production requirements and
Supported by a network of distributors in over 60 countries, Pryor supply all manufacturing industries globally, with extensive expertise in aerospace and automotive standards.

If your mark fails, your part fails. In the Aerospace industry, that can cost hundreds of thousands of Pounds.Marking do...
04/09/2026

If your mark fails, your part fails.

In the Aerospace industry, that can cost hundreds of thousands of Pounds.

Marking doesn't make a component stronger, lighter, or faster. It adds nothing to the part's performance. But without it, that component can't be fitted, tracked, maintained, or replaced. It's one of the only processes in aerospace manufacturing that adds zero engineering value and is completely non-negotiable in every other sense.

That's why we've pulled everything we know about aerospace part marking into one guide:

- Why AS9132, MIL-STD-130, Spec 2000 and OEM specs like Rolls-Royce's JES131 overlap, and what that actually means for you as a supplier
- Why dot peen remains the default marking method for engine components
- How multi-axis and robotic marking cells handle discs, BLISKs and turbine rings that a fixed head can't reach
- Why verification isn't optional, and what a documented pass actually needs to show

Read the full breakdown: https://www.pryormarking.com/everything-you-need-to-know-about-aerospace-part-marking-and-traceability/

Two expos, two weeks, one van packed with marking machines.We're on the road this October. First stop is the Made in the...
03/09/2026

Two expos, two weeks, one van packed with marking machines.

We're on the road this October. First stop is the Made in the Midlands Expo on 8 October at the Pallet Track Stadium, Walsall FC. Second stop is the Made in Yorkshire Expo on 15 October at the Accu Stadium, Huddersfield. Both are free to attend for manufacturers, both run 9am to 3pm.

→ Walsall: laser marking, dot peen and traceability, plus the UK supply chain conversation
→ Huddersfield: the same machines, closer to home, with our engineers on the stand all day

Every machine on our stand is designed and built by our own engineers in Sheffield. Nothing imported, nothing rebadged.

Can't make either date? We'll bring a demo to your premises instead, running on your own parts.

Get in touch to arrange a meeting at either expo or book a visit to your site https://www.pryormarking.com/pryor-on-tour/

It's time to cut the cords. Keep the precision. Two great ways to make marking portable.Whether you need non-contact las...
28/08/2026

It's time to cut the cords. Keep the precision. Two great ways to make marking portable.

Whether you need non-contact laser marking or permanent dot peen, going portable shouldn't mean giving anything up.

→ Portable Laser - All-Day Battery-powered, Class 1 certified, no air line, no fixed setup. Precision marking wherever the part is.
→ PortaDot 60-30 Touch - all-in-one handheld dot peen marker, 36V battery for all-day use, 5.7" touchscreen built into the marking head. Create, edit and save programmes on the machine itself, no separate controller, no laptop.

Same philosophy, two technologies: take the marking process to the part, not the part to the process.

Book a demo → https://machines.pryormarking.com/product-category/portable-marking-machines/

A mark is only useful if you can prove what it said.Applying a code to a part is the start of the traceability chain. Co...
24/08/2026

A mark is only useful if you can prove what it said.

Applying a code to a part is the start of the traceability chain. Confirming that code is readable, correct and on record is what makes the chain unbreakable.

Most production lines treat inspection as something that happens after marking. A separate camera. A separate step. A gap where a failed mark can slip through undetected and travel three operations into assembly before anyone notices.

Our ReadSmart 4, ReadSmart+OCR 4 and VeriSmart 4 vision cameras all run through MarkMaster 4 and trigger automatically as part of the marking cycle. The inspection happens at the station. A failed read is caught before the part moves. Every result is logged against the part number.

The level of checking depends on what your specification actually demands. Does the code just need to read? ReadSmart 4.

Does the surface fight back: rough castings, painted panels, sawn faces? ReadSmart+OCR 4.

Does your customer or auditor need documented verification grades against a published standard? VeriSmart 4.

The right camera is the one that matches what you are actually required to prove, not the one with the biggest number on it. https://www.pryormarking.com/which-vision-camera-do-you-actually-need/

The Pryor Portable Laser: cut the cables, keep the precision.No air line. No fixed setup. No limits on where you mark.Th...
21/08/2026

The Pryor Portable Laser: cut the cables, keep the precision.

No air line. No fixed setup. No limits on where you mark.

This is the world's first battery-powered, Class 1 certified laser marking machine built to go anywhere — fully portable, fully certified, fully capable.

Battery power means it runs all day, wherever the work is: outside, on site, in a fabrication yard, or anywhere a fixed machine simply can't reach.

Got large parts that can't be moved? Don't move them, bring the machine to them instead.

Want to see it working? We'll bring it to you. Book a demo today: https://machines.pryormarking.com/product/portable-laser-marking/

Today is 18 August 2026. It's the date written into the EU Battery Regulation for harmonised labelling.But it may not be...
18/08/2026

Today is 18 August 2026. It's the date written into the EU Battery Regulation for harmonised labelling.

But it may not be the hard deadline it first appears.

Article 13 of the regulation sets two conditions: the labelling requirements apply from 18 August 2026 or 18 months after the Article 13(10) implementing act enters into force, whichever is later.

That implementing act, the harmonised specification for how battery labels must be formatted, was only published in draft in December 2025. Formal adoption was expected in Q2 2026. As of today, we haven't been able to confirm it's been published in the Official Journal. If it was adopted in, say, May 2026, the effective labelling deadline falls around November 2027, not today.

So if you've read that today was a fixed deadline, it's worth checking that position directly with the Official Journal or a compliance specialist before acting on it.

What is not conditional on any implementing act? 18 February 2027. The QR code on every battery, and the Digital Battery Passport for EV and industrial batteries above 2kWh, arrive on that date regardless. No safety clause. No implementing act trigger. Six months away.

And that QR code must be printed or engraved indelibly on the battery itself. Not a label. Not inkjet. Indelible. For the full service life of the battery.

That's where the real urgency sits. Specifying, procuring and integrating a laser marking system takes months. Building the data infrastructure to connect a physical mark to a Battery Passport record takes months. February 2027 is closer than it looks.

One more thing: the 'delays' you may have read about refer to the supply chain due diligence obligations (cobalt, lithium, nickel, graphite sourcing), which were pushed from August 2025 to August 2027 by Regulation (EU) 2025/1561. That delay has nothing to do with marking, labelling or the Battery Passport.

We've written a full breakdown of what the date actually means.

https://www.pryormarking.com/eu-battery-regulation-18-august-2026-what-it-means/

The part is traceable. The mark is not.This is more common than most manufacturers realise.You have the serial number in...
17/08/2026

The part is traceable. The mark is not.

This is more common than most manufacturers realise.

You have the serial number in the ERP system. You have the production record. But on the physical component, the mark has faded, been painted over, corroded, the label has peeled off, or it was never readable to machine standards in the first place.

When that part comes back for warranty, MRO, or investigation, the data chain is broken. Not because your systems failed. Because the physical link between the data and the part no longer exists.

This is why mark quality matters as much as mark content. And why verification at source - grading the mark against ISO/IEC 15415 before the part leaves the marking station - is a process control step, not an optional quality check.

The mark is the anchor. Everything else in your traceability system hangs from it.

If you are not verifying marks at source, you are running your traceability system on trust. Talk to our Engineers about your Traceability requirements: https://www.pryormarking.com/contact-us/

Fibre laser vs MOPA laser - which one do you actually need?Both mark metal. Both are fast. Both produce permanent marks....
13/08/2026

Fibre laser vs MOPA laser - which one do you actually need?

Both mark metal. Both are fast. Both produce permanent marks. But they aren't the same machine.

Fibre laser (standard):
- Fixed pulse width of 90-120 ns
- Fast, reliable, cost-effective
- Excellent for everyday serial numbers, part numbers, and Data Matrix codes on steel and stainless

MOPA laser:
- Pulse width independently adjustable from 2 to 500 ns
- High-contrast black marks on stainless steel
- Colour marking on anodised aluminium
- Better results on plastics - shorter pulse widths reduce heat input and prevent burn
- Deeper engraving where the application requires it

For most standard industrial marking applications, a fibre laser does everything you need. MOPA earns its extra cost when your application demands fine control over mark quality, or when you are working across materials with very different surface requirements.

Our Bench Laser now ships with a MOPA Laser source as standard.

Find out more:https://www.pryormarking.com/what-is-mopa-laser-marking-and-when-do-you-actually-need-it/

A finished aero engine BLISK can be worth £100,000+ before it's ever marked. Get the mark wrong and the part isn't rewor...
11/08/2026

A finished aero engine BLISK can be worth £100,000+ before it's ever marked. Get the mark wrong and the part isn't reworked, it's scrapped.

That's the case for robotic marking on large engine components, and it's why the cells keep getting more autonomous. In our latest article, we cover:

- Why the robot now carries the marking head to the part, not the other way round
- How fully automated, lights-out cells check their own consumables mid-cycle
- An update on our ReadSmart and VeriSmart 4 camera range, including verification to AS9132 and Rolls-Royce standards
- Where the real payback on a robotic cell usually hides

Read the full breakdown: https://www.pryormarking.com/robotic-part-marking-for-aero-engine-components/

Here is a question worth asking about your current marking process: what happens when the part you need to mark cannot c...
06/08/2026

Here is a question worth asking about your current marking process: what happens when the part you need to mark cannot come to the machine?

For large fabrications, installed pipework, structural steelwork, heavy castings, or any component that is fixed in place - the answer with a conventional marking machine is usually 'it gets complicated'.

The Pryor Portable Laser solves this by removing every dependency that makes portable marking impractical.

No mains power connection needed. No compressed air line. Fully battery powered for a full day's marking. Which means it works outside, on a building site, in a fabrication yard, on a vehicle, or anywhere a cable cannot reach.

And because it is Class 1 certified, it is safe to use in open, busy environments without special screening or protective eyewear for surrounding workers.

If marking large or immobile components is a challenge for your team, this is worth a look.

machines.pryormarking.com/product/portable-laser-marking/

Or call us on +44 114 2766044 to discuss your application.

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Egerton Street
Sheffield
S14JX

Opening Hours

Monday 8:30am - 5pm
Tuesday 8:30am - 5pm
Wednesday 8:30am - 5pm
Thursday 8:30am - 5pm
Friday 8:30am - 3:30pm

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