Advanced 3D Printing

A desktop UV printer prints full-colour, 3D-textured graphics straight onto acrylic, wood, glass, metal and more. Here's what UV printing is, what you can make and sell, how it differs from a UV laser, and a look at the xTool O1 Omni — available to pre-order now.

Choosing an industrial MSLA resin printer? This buyer's guide covers heated chambers, engineering and certified resins, the specs that actually matter, full-plate throughput, post-processing, traceability, and where the Prusa Pro SLX fits.

Choosing a dental 3D printer? This practical guide covers resin vs FDM, certified biocompatible workflows vs adapted printers, how to read specs, total cost per model, post-processing, and where the Original Prusa Medical One fits.

Castable resin or real casting wax? A practical guide to where each 3D printing route wins for jewellery casting — burnout, detail, support removal, cost and production fit — and why many workshops run both.

When you buy a Flashforge 3D printer, where you buy it matters as much as which model you choose. Online marketplaces are full of 3D printers from grey-market sellers, parallel imports, and unauthorised resellers — and the price might look similar, but the protection behind it is not. Here's why buying from an authorised Flashforge distributor like Eolas Prints is the safer choice, and what it actually gets you. What "Authorised Distributor" Actually Means An authorised distributor has a direct, formal relationship with the manufacturer. For you as the buyer, that translates into concrete guarantees: the machine is genuine, the warranty is valid and honoured, spare parts are authentic, and there's a proper support chain back to Flashforge if something goes wrong. An unauthorised seller can offer none of those with certainty — and you often only discover the gap when you need warranty service or a replacement part. The Risks of Buying Outside Authorised Channels Warranty problems: Manufacturers may decline warranty claims on units sold through unauthorised channels, or where the warranty was never properly registered. A cheap printer becomes expensive fast if a fault isn't covered. Grey-market and parallel imports: Units intended for another region may have the wrong power supply, plug, or firmware, and may not meet EU compliance (CE) requirements. Counterfeit or non-genuine spares: Nozzles, hotends, and build plates from unknown sources can damage your machine or ruin prints. Flashforge's quick-swap nozzle systems in particular are designed around genuine parts. No support chain: If you can't escalate a real problem back to the manufacturer, you're on your own. Slow or costly shipping and returns: Cross-border orders can mean long waits, customs charges, and painful returns if something arrives faulty. What You Get from Eolas Prints As an authorised Flashforge distributor based in Spain, we give you the complete package: Genuine machines with full, valid manufacturer warranty. Authentic Flashforge spares and consumables — the right nozzles, plates, and parts for your model. EU shipping from Spain, with no surprise customs charges for EU customers and fast dispatch. Real support — pre-sale advice to choose the right model, and a proper channel back to Flashforge after the sale. Business and institutional support — fleet purchasing, maintenance, and tailored advice for workshops, schools, and engineering teams. Genuine Filament, Made in Spain Beyond the hardware, your prints are only as good as your materials. We manufacture our own PLA, PETG, TPU, ABS, and ASA filament in Cantabria to ISO and REACH standards — consistent, traceable, and ready to run on any Flashforge machine. Buy with Confidence A Flashforge printer is an investment, whether it's your first machine or your tenth for a production floor. Buying from an authorised distributor protects that investment with a valid warranty, genuine parts, and real support — for a price that's competitive anyway. Browse the full Flashforge range, read the complete buyer's guide to choose your model, or contact us for advice. Buy genuine, buy supported, buy once.

Flashforge has quietly become one of the best-value names in 3D printing — fast CoreXY machines with enclosures, multi-colour systems, and large-format industrial options, usually at a noticeably lower price than comparable premium brands. The current range runs from the compact, high-speed Adventurer 5M to the four-toolhead Creator 5 Pro and the tall-format Guider 3 Ultra. This guide maps the whole line-up so you can match the machine to your materials, your colour needs, and your budget. The First Decision: Speed, Enclosure, Colour, or Scale? Flashforge's range is best understood by what each tier adds: Fast entry (5M, 5M Pro): High-speed single-colour CoreXY. Open-frame 5M for PLA/PETG/TPU; enclosed, filtered 5M Pro for reliable ABS/ASA. Multi-colour (AD5X, Creator 5): Add colour — the AD5X via a built-in 4-colour filament system, the Creator 5 via four physical swapping toolheads with near-zero purge waste. Enclosed multi-colour engineering (Creator 5 Pro): The Creator 5's four-toolhead system plus a heated, filtered enclosure for ABS, ASA, PC, and nylon. Large-format industrial (Guider 3 Ultra): A tall, dual-extruder, fully enclosed workhorse for big parts and engineering composites. The Full Range at a Glance Printer Type Build volume Colour Best for Adventurer 5M Open CoreXY 220×220×220 mm Single Fast, affordable entry; PLA/PETG/TPU Adventurer 5M Pro Enclosed CoreXY 220×220×220 mm Single Enclosed + filtered; adds ABS/ASA AD5X Open CoreXY 220×220×220 mm 4-colour (IFS) Affordable multi-colour Creator 5 Open CoreXY 256×256×256 mm 4 toolheads (FlashSwap) Zero-waste multi-colour Creator 5 Pro Enclosed CoreXY 256×256×256 mm 4 toolheads (FlashSwap) Multi-colour + engineering materials Guider 3 Ultra Enclosed dual-extruder 330×330×600 mm Dual material Large-format industrial The Fast-Entry Tier: Adventurer 5M and 5M Pro The Adventurer 5M is a high-speed open-frame CoreXY machine: 220×220×220 mm build volume, 280 °C nozzle, 100 °C bed, travel speeds up to 600 mm/s with 20,000 mm/s² acceleration, and a near-tool-free setup in around 12 minutes. It's superb value for PLA, PETG, and TPU, with a flexible PEI plate, filament run-out detection, and power-loss recovery. The Adventurer 5M Pro takes the same fast platform and fully encloses it, adding dual HEPA13 + activated-carbon filtration that traps 99% of particles and VOCs, a 110 °C bed, quick-swap nozzles, a built-in camera, and quieter operation. The sealed, filtered chamber is what makes ABS and ASA print reliably — so the Pro is the pick if you want advanced materials or a safer machine for a classroom, office, or home. The Multi-Colour Tier: AD5X and Creator 5 The AD5X brings multi-colour to the affordable end of the range. It prints up to four colours using a built-in Intelligent Filament System (IFS) — no external feeder box — on the same fast 600 mm/s CoreXY platform, with a higher 300 °C extruder and TPU support. It's the most accessible way into four-colour printing. The Creator 5 takes a fundamentally different and more advanced approach: FlashSwap, four fully independent toolheads that physically swap in around 7 seconds, each with its own nozzle, extruder, and heater. Because there's no single shared nozzle, there's almost no purge waste — Flashforge's own benchmark shows a multi-colour print using around 84% less time and filament than a conventional purge-tower system. With a 256×256×256 mm build volume and the ability to mix materials (PLA, PETG, TPU, PVA, composites) in one print, it's a genuinely efficient multi-colour machine. Enclosed Multi-Colour for Engineering: Creator 5 Pro The Creator 5 Pro takes the Creator 5's four-toolhead FlashSwap system and adds a fully enclosed, rigid frame with an actively heated chamber up to 65 °C, continuous airflow, and H13 HEPA + carbon filtration. That controlled environment is what unlocks ABS, ASA, PC, nylon, and carbon-fibre composites — materials that warp or crack without a heated chamber. It's effectively the first enclosed four-toolhead tool-changer at an accessible price, aimed at R&D, prototyping, and small-batch production. Large-Format Industrial: Guider 3 Ultra The Guider 3 Ultra is the industrial workhorse of the range — a fully enclosed, dual-extruder CoreXY machine with a large 330×330×600 mm build volume (300×330×600 mm in dual-extrusion mode). Its 350 °C hardened nozzles and 120 °C bed handle over 20 materials including engineering composites (PA-CF, PET-CF, and more), and HEPA13 filtration plus a sealed chamber keep it stable for continuous, 24/7 production. The 600 mm Z-height is a genuine differentiator for tall parts. Note it does not have active chamber heating, so for the most demanding warp-prone polymers a heated-chamber machine is preferable. Recommendations by User First printer, fast and affordable: Adventurer 5M Enclosed + filtered for ABS/ASA, home or classroom: Adventurer 5M Pro Affordable four-colour printing: AD5X Serious multi-colour with minimal waste: Creator 5 Multi-colour plus engineering materials: Creator 5 Pro Large parts and industrial production: Guider 3 Ultra Available from Eolas Prints — Authorised Flashforge Distributor Eolas Prints is an authorised Flashforge distributor. Every printer in this guide is a genuine Flashforge machine supplied with full manufacturer warranty, authentic spares, and EU support, shipped from Spain. Browse the full Flashforge range, or contact us — we advise before you buy.

One of the things that sets Prusa apart is choice: most machines come as either a self-assembly kit or fully assembled, and almost every part is upgradeable. That means a Prusa can be both the most affordable way in and a platform you grow over years rather than replace. Here's how the kit-versus-assembled decision works, and how Prusa's upgrade path lets you start small and scale. Kit vs Assembled: What's the Difference? The important thing to understand: a Prusa kit is the same machine as the assembled version — you simply build it yourself. It's not a stripped-down or lesser model. The parts, the performance, and the final result are identical; you trade a few hours of your time for a lower price and a deep understanding of your printer. Assembled: arrives ready to print in about 20 minutes. Best if you want to get straight to work, or you'd rather not spend a weekend building. Kit: typically 8–12 hours of assembly over one or two sessions. No soldering, all tools included, and Prusa's manuals are widely regarded as the best in the industry. You save money and you'll understand every part — which makes maintenance and upgrades far easier later. Semi-assembled (MINI+): a middle ground — the trickiest parts are done, you complete the rest quickly. A good rule of thumb: if you value your time over the saving, or you need the printer working today, buy assembled. If you enjoy building things, want to save, and plan to own the machine for years, the kit is genuinely rewarding — think of it as technical LEGO with an excellent manual. The Prusa Upgrade Philosophy Prusa's open, modular design means you're rarely stuck with what you bought. Rather than replacing a whole machine to gain a capability, you can often add it. This is a core reason a Prusa holds its value and its usefulness over time — and a key difference from sealed, hard-to-modify printers. Common upgrade paths Multi-material: add the MMU3 to an MK4S to print up to five colours or materials from a single nozzle. Enclosure for the MK4S: add the official enclosure to print ABS and ASA more reliably on an open-frame machine. MK4S to Core One+ conversion: Prusa even offers a conversion kit that transforms an MK4S into a fully enclosed Core One+, reusing many shared parts — a genuinely unusual upgrade in this industry, and a sign of how seriously Prusa takes backwards compatibility. High-temperature hotend: the HT Hotend Upgrade raises the Core One and Core One L's maximum nozzle temperature from 290 °C to 400 °C, opening the door to higher-temperature engineering materials. XL toolheads: the XL's defining feature is expandability — add toolheads (such as the Silicone Printing Toolhead) as your multi-material needs grow, up to five in total. Buy Once, Grow Over Time The practical upshot: you can start with an affordable machine and a kit build, then add multi-material, an enclosure, a hotter hotend, or extra toolheads as your work demands — without throwing the printer away. For schools, workshops, and businesses, that upgradeability is also a budgeting advantage: capability can be added incrementally rather than as a single large purchase. Available from Eolas Prints — Authorised Prusa Reseller We stock Prusa printers in both kit and assembled formats, plus genuine upgrades and spares, all with full manufacturer warranty and EU support, shipped from Spain. As an authorised Prusa reseller, we can help you plan a sensible buy-and-upgrade path for your budget and materials. Browse the Prusa range, read our complete buyer's guide, or contact us for advice.

Prusa Research has built its reputation on reliable, open-source, endlessly upgradeable 3D printers designed and manufactured in the EU. The current range spans six very different machines — from the compact MINI+ to the five-toolhead XL and the engineer-focused Pro HT90 — and choosing well means matching the machine to the materials and scale you actually work with. This guide maps the entire range so you can buy once and buy right. The First Decision: Open-Frame, Enclosed, or Professional? As with any printer range, the structure determines what you can print: Open-frame (MINI+, MK4S): No enclosure. Excellent for PLA, PETG, and TPU. The MK4S can handle some advanced materials, but ABS and ASA print best with an enclosure. Enclosed CoreXY (Core One Plus +, Core One L): Fully enclosed with active chamber heating, so ABS, ASA, PC, and nylon print reliably. Faster CoreXY motion and consistent quality at height. Large-format multi-toolhead (XL): A CoreXY platform with up to five independent toolheads for true multi-material printing at large scale. Professional high-temperature (Pro HT90): A 90 °C actively heated chamber and 500 °C toolhead for engineering and aerospace-grade polymers like PEEK and PEI. The Full Range at a Glance Printer Type Build volume Chamber Best for MINI+ Open frame 180×180×180 mm None (enclosure optional) Compact, affordable entry; PLA/PETG MK4S Open frame 250×210×220 mm None (enclosure optional) Flagship workhorse, fast, upgradeable Core One Plus + Enclosed CoreXY 250×220×270 mm Active, up to 55 °C All-round enclosed; ABS/ASA/PC Core One L Enclosed CoreXY 300×300×330 mm Active, up to 60 °C Large enclosed engineering parts XL Large-format CoreXY 360×360×360 mm Passive enclosure Multi-toolhead, large multi-material Pro HT90 Delta, high-temp Ø300×400 mm Active, up to 90 °C PEEK, PEI, professional polymers The Open-Frame Tier: MINI+ and MK4S The Original Prusa MINI+ is the most affordable way into the Prusa ecosystem. With a 180×180×180 mm build volume, a 280 °C nozzle, and a 100 °C bed, it is a capable little machine for PLA, PETG, and TPU — and our Enclosure Bundle adds the option to tackle more demanding materials. It is available semi-assembled, making it a popular choice for education and first-time buyers. The Original Prusa MK4S is Prusa's flagship open-frame workhorse and the backbone of countless workshops and print farms. Its 250×210×220 mm build volume, custom high-flow nozzle (raising volumetric flow to around 24 mm³/s), and 360° part cooling make it genuinely fast while keeping the open, easy-to-maintain design Prusa is known for. Add the optional enclosure for ABS and ASA, or the MMU3 for multi-material printing. Available as a kit or fully assembled. The Enclosed CoreXY Tier: Core One Plus + and Core One L The Prusa Core One Plus + is Prusa's fully enclosed CoreXY machine — the natural step up when you need ABS, ASA, PC, or nylon. Its actively heated chamber reaches up to 55 °C, the CoreXY motion delivers travel speeds up to around 600 mm/s, and it prints roughly 15–20% faster than the MK4S while taking up less space than an enclosed MK4S. Build volume is 250×220×270 mm — taller than the MK4S thanks to extra Z-height. The Prusa Core One L takes the same enclosed CoreXY concept and roughly doubles the build volume to 300×300×330 mm (~30 litres) while increasing the footprint by only about 10%. It adds an AC convection cast-aluminium heatbed with very even temperature distribution and an actively heated chamber up to 60 °C — the choice when you need large enclosed engineering parts in one piece. The Large-Format Multi-Toolhead: Original Prusa XL The Original Prusa XL is the flagship of the range — a large-format CoreXY platform with a 360×360×360 mm build volume and, uniquely, support for up to five independent toolheads. Multiple toolheads mean true multi-material and multi-colour printing without the purge waste of single-nozzle systems: each toolhead carries its own filament, and the printer parks and swaps them automatically. It is the right machine for large objects, multi-material assemblies, and production workflows. Note its enclosure is passive, not actively heated — for high-temperature engineering polymers, the Pro HT90 is the dedicated tool. The Professional High-Temp Machine: Prusa Pro HT90 The Prusa Pro HT90 is a delta-kinematics printer built for engineers. Its actively heated chamber reaches 90 °C and its swappable high-temperature toolhead reaches 500 °C — enabling small-to-mid-sized parts in PEEK, PEKK, PPS, PSU, PES, and PEI (Ultem), the aerospace-grade materials most desktop printers cannot touch. A high-flow toolhead is also included for fast PLA, PETG, and ASA, and a closed-loop HEPA recirculation system keeps the chamber air clean. The cylindrical build area is Ø300×400 mm. For production, research, and B2B engineering, this is the most affordable route into high-performance polymers. Recommendations by User First printer, tight budget, mostly PLA: MINI+ (Enclosure Bundle for room to grow) Best all-round open-frame workhorse: MK4S First enclosed printer for ABS/ASA/PC: Core One Plus + Large enclosed engineering parts: Core One L Multi-material or large-format production: XL PEEK, PEI, and professional polymers: Pro HT90 Available from Eolas Prints — Authorised Prusa Reseller Eolas Prints is an authorised Prusa reseller. Every printer in this guide is a genuine Original Prusa machine supplied with full manufacturer warranty, genuine spares and firmware, and EU support, shipped from Spain. Browse the full Prusa range, or contact us — we advise before you buy.

Bambu Lab now offers seven distinct 3D printers, and they are genuinely different machines — not minor variations on a theme. The difference between the cheapest and the most capable is not just speed or size; it is what materials they can physically print. Choosing the wrong one means either overpaying for capability you will never use, or buying a machine that cannot run the filament your project needs. This guide maps the entire range so you can match a printer to your actual work. The Single Question That Decides Everything: Open or Enclosed? Every Bambu Lab printer falls into one of three structural categories, and this is the first and most important fork in the decision: Open-frame (A1, A2L): No enclosure. Ideal for PLA, PETG, and TPU. Cannot reliably print ABS, ASA, or engineering materials because there is no way to control the air temperature around the print. Passively enclosed (P1S, P2S): A closed box that traps heat from the bed. Handles ABS and ASA in addition to PLA and PETG. The chamber is warmed by the bed but not actively heated. Actively heated chamber (X2D, H2S, H2D): A chamber with its own heater holding a stable 65°C. This is what high-performance engineering materials — PA-CF, PC, PPA — need to print without warping or delaminating. If your materials are PLA and PETG, an open-frame machine will serve you perfectly and save you money. If you need ABS occasionally, you want an enclosure. If engineering materials are central to your work, you need an actively heated chamber. Everything else follows from this. The Full Range at a Glance Printer Type Build volume Max nozzle Chamber Best for A1 Open frame 256×256×256 mm 300°C None Beginners, PLA/PETG, multi-colour with AMS Lite A2L Open frame 330×320×325 mm 300°C None Large PLA/PETG prints, craft cutting and drawing P1S Enclosed (passive) 256×256×256 mm 300°C Passive Proven workhorse, ABS/ASA capable, print farms P2S Enclosed (passive) 256×256×256 mm 300°C Passive (Adaptive Airflow) Refined P-series, touchscreen, quick-swap nozzle X2D Active chamber 256×256×260 mm 300°C Active 65°C Dual-nozzle, clean supports, compact engineering H2S Active chamber 340×320×340 mm 350°C Active 65°C Largest volume, single nozzle, engineering parts H2D Active chamber 350×320×325 mm 350°C Active 65°C Dual independent nozzle, optional laser/cutting The Open-Frame Tier: A1 and A2L Both are bed-slinger machines with no enclosure, designed for PLA, PETG, and TPU. They share the AMS Lite multi-colour system and a 300°C nozzle. The A1 is the entry point — a 256×256×256 mm build volume, 100°C bed, and one of the quietest printers available at under 48 dB. It is the best first 3D printer for most people: reliable, fully auto-calibrating, and capable of multi-colour printing with the AMS Lite. The A2L is the new large-format sibling (launched June 2026), with a 330×320×325 mm build volume — 105% larger than the A1. It adds a PMSM closed-loop servo extruder and adaptive vibration compensation for cleaner tall prints, plus a unique feature in the Bambu range: optional cutting and pen modules that turn it into a vinyl cutter and plotter for stickers, paper, and fabric. Note its bed maxes at 80°C (lower than the A1's 100°C), a deliberate choice for the larger open-frame design — it remains a PLA/PETG/TPU machine, not for engineering materials. The Enclosed Tier: P1S and P2S Both are fully enclosed CoreXY machines in the same 256×256×256 mm format, capable of ABS and ASA in addition to PLA and PETG. The enclosure traps bed heat to stabilise the chamber, but neither has active chamber heating. The P1S is the proven workhorse — the backbone of print farms worldwide, known for reliability at an accessible price. It uses a button-and-LCD interface and prints up to 500 mm/s. The P2S is the 2025 refinement: a 5-inch colour touchscreen, a quick-swap nozzle system (change nozzles in under a minute), a new servo-driven extruder, Adaptive Airflow for better chamber stability, and AI error detection inherited from the H-series. Bambu kept both in the range — the P2S is the better machine, the P1S remains the value option. The Active-Chamber Tier: X2D, H2S, H2D These three share a 65°C actively heated chamber — the prerequisite for printing engineering materials like PA-CF and PC reliably at any size. Beyond that they diverge significantly. The X2D is the compact engineering machine (256×256×260 mm) and the only one of the three with a 300°C nozzle rather than 350°C. Its distinguishing feature is a dual-nozzle system — a main nozzle for the part and an auxiliary nozzle for support material — which produces clean, easily removed supports using PVA or BVOH. It is the successor to the discontinued X1 Carbon. The H2S has the largest build volume in the entire Bambu range at 340×320×340 mm, a single 350°C nozzle, and a servo extruder. It is the choice when you need to print large engineering parts in one piece. The H2D is the flagship: dual independent 350°C nozzles, a 350×320×325 mm build volume, and the option to add laser engraving, cutting, and pen-plotting modules — making it a complete desktop manufacturing platform rather than just a printer. Recommendations by User First 3D printer, mostly PLA: A1 (or A1 Combo for multi-colour) Large decorative or cosplay prints, plus craft cutting: A2L First enclosed printer for occasional ABS, on a budget: P1S Best all-round enclosed printer for most buyers: P2S Multi-material with clean dissolvable supports, compact: X2D Large engineering parts in one piece: H2S Flagship — dual-material engineering plus laser/cutting: H2D Available from Eolas Prints Eolas Prints sells genuine, 100% original Bambu Lab printers, shipped from Cantabria, Spain, to customers across Europe and worldwide. Every printer in this guide is in stock with EU warranty and local technical support. Current pricing is on each product page linked above. Not sure which machine fits your materials and workflow? Contact us — we advise before you buy.