When to use this material:


  • For fine detail, smooth surfaces and aesthetics (jewellery, dental models, visual prototypes)
  • When surface finish is more important than strength (e.g. display parts, presentation models)
  • For parts where you don’t expect heavy loads, impact or flexing

Mini case study:

We printed a scale model of an architectural façade in resin to show to the client on site. The detail was crisp and surfaces were glassy — perfect for showing before committing to expensive tooling.


SOME INFOMATION ABOUT THE MATERIAL


Now, a lot of people have heard of 3D printing, but most think it’s just spools of plastic being melted through a nozzle. That’s one way of doing it, sure — but there’s another clever bit of tech called resin 3D printing. And let me tell you, it’s opened up a whole new level of accuracy and finish that the older filament printers can’t always match.


Here at Mitchellsson, this is exactly the sort of thing we help people with. Doesn’t matter if you’re running a factory that needs specialist parts or you’re just an everyday bloke with something broken at home — we can design it, print it, and save you a fortune compared to traditional manufacturing.


So, let’s break down resin printing in a way that makes sense.


๐Ÿงด What Is Resin 3D Printing?


Instead of feeding a plastic filament through a hot nozzle, resin printers use liquid resin stored in a container. That resin gets hardened, or “cured,” layer by layer until your part is finished. Simple as that. The big difference is in the how it’s cured, and that’s where the three main types of resin printing come in.


๐Ÿ”ฌ SLA – The Original Resin Printing Method


Stereolithography (SLA) has been around since the 1980s. It’s basically the granddad of resin printing.


How it works:


A laser beam shines onto the resin.


The light hits special chemicals called photoinitiators.


Those react instantly and solidify just the bit the laser touched.


Do that over and over, layer by layer, and before you know it, you’ve got a finished part.


SLA is brilliant for accuracy and surface finish. But it can be a bit slower compared to some of the newer methods.


๐ŸŽฅ DLP – Digital Light Processing


DLP works a lot like SLA, but instead of a single laser drawing each layer, it uses a projector. That means it flashes a whole layer at once, curing the entire cross-section in one go.


The result? It’s usually faster than SLA, especially for smaller or more detailed parts. It’s a great option when you need speed without sacrificing quality.


๐Ÿ“ฑ LCD / MSLA – Resin Printing for Everyone


The newest kid on the block is LCD or MSLA (Masked Stereolithography). Instead of lasers or projectors, it uses an LCD screen. Think of it like a phone screen shining UV light through a mask, hardening the resin underneath.


The best part? LCD printers are cheaper to buy and run, but they can still hit really high accuracy. That’s why you’re seeing them everywhere now, from hobbyists’ garages to professional design studios.


๐Ÿญ Why Resin Printing Matters


So, what’s the point of all this? Well, resin 3D printing gives you:


High accuracy – sharper details than most filament printers


Smooth finishes – often straight off the printer


Versatility – used for prototypes, models, dental parts, engineering tools, and even end-use products


In other words, if you need a part that looks good and performs well, resin printing is worth considering.


๐Ÿ‘ท How We Help – Industry and the Man on the Street


This is where Mitchellsson comes in.


For industry: Maybe you’re running machines that need a small plastic component that no one makes anymore. Injection moulding would cost you thousands just for the tooling. With resin printing, we can design it in CAD, print it, and have it in your hands for a fraction of the price.


For everyday folks: Let’s say a plastic handle breaks on your lawnmower, or you’re restoring something vintage where the original part just doesn’t exist anymore. Bring it to us. We’ll measure it, redesign it, and print it stronger than before.


We’re not just here to make stuff look nice — we’re here to save people money, solve problems, and keep things working.


๐Ÿงฐ Our Process


Consultation – Tell us what you need, show us the broken bit, or give us an idea of what you want to make.


CAD Design – We design a 3D model. That’s vital because you can’t print off a flat sketch.


3D Printing – Using the right technology (filament or resin, depending on what’s best for the job).


Finishing – Sanding, priming, resin coating, or whatever extra strength or polish you want.


That’s it. Straightforward, no hidden nonsense.


๐Ÿ’ฌ Final Word


Resin 3D printing might sound complicated when you first hear about lasers, projectors, and LCD curing, but at the end of the day, it’s just another way to get the job done. 


And that’s what we’re about here — getting the job done properly, saving you money, and giving you a part that actually works.


So whether you’re a business needing prototypes or replacement parts, or you’re just someone trying to fix something at home, give us a shout. 


We’ll walk you through the options, pick the right material and method, and make sure you end up with something that lasts.

 

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