Elegoo

Nearly Four Decades

Supporting Canadian makers since 1991

Beginner-Friendly Support

Guidance for first-time 3D printer owners

Ottawa Showroom

See Elegoo printers in person

Entry-Level Pricing

Quality printing without premium costs

About Elegoo

Founded in 2015, Elegoo entered 3D printing with a clear mission: make quality printing technology accessible to beginners and hobbyists without requiring premium investment. Where established brands targeted professional workflows with feature-rich systems at high price points, Elegoo focused on eliminating barriers to entry. The result was a range of FDM and resin printers delivering reliable performance at entry-level pricing, removing the financial risk that prevented many makers from trying 3D printing.

The strategy proved successful because Elegoo prioritised the features beginners actually need whilst removing complexity that creates friction. Auto-levelling systems eliminate manual calibration frustration. Pre-configured Klipper firmware on Neptune printers means high-speed capability works out of the box. Mars resin printers include AI monitoring that catches common beginner mistakes before they waste material. These aren't luxury features, they're practical safeguards that help first-time owners achieve successful prints quickly.

EnviroLaser3D has supplied Canadian makers with 3D printing technology for nearly four decades, watching the industry evolve from expensive specialist equipment to accessible hobby tools. We stock Elegoo because they've genuinely democratised entry into 3D printing. The Neptune 4 Plus delivers 500mm/s Klipper performance at $350, making high-speed FDM printing achievable for hobbyists. The Mars 5 Ultra brings 9K resin detail with AI monitoring at $365, opening miniature printing to newcomers. For Canadians exploring 3D printing without committing professional budgets, Elegoo provides proven entry points.

Genuine Affordability

Entry-level pricing without sacrificing capability. Neptune 4 Plus at $350 includes Klipper firmware, 500mm/s speed, 121-point auto-levelling, and 320×320×385mm build volume. Mars 5 Ultra at $365 delivers 9K resolution with AI monitoring. These aren't compromised budget printers, they're full-featured systems priced for accessibility.

Beginner-Friendly Automation

Automated features eliminate common failure points for new users. Auto-levelling handles bed tramming without manual adjustment. Pre-installed Klipper firmware means no configuration wrestling. AI cameras on resin printers detect empty build plates and warping before material wastes. Built-in safeguards let beginners focus on learning design rather than troubleshooting mechanics.

Both FDM and Resin Options

Access both printing technologies without separate brand ecosystems. Neptune FDM printers suit functional parts, larger models, and learning fundamentals. Mars resin systems deliver miniature detail and smooth surfaces. Starting with one technology doesn't lock you into a single approach when project needs evolve.

Klipper Firmware Foundation

Neptune series ships with Klipper pre-installed and configured. This open-source firmware enables Input Shaping for vibration compensation, Pressure Advance for consistent extrusion, and acceleration management for quality at speed. Advanced features work immediately without firmware flashing or parameter tuning, making high-speed printing accessible to beginners.

Minimal Setup Time

Neptune printers arrive largely assembled, requiring 15-20 minutes to ready for printing. Mars resin systems need even less preparation. Auto-levelling routines replace lengthy manual calibration. Pre-loaded test files enable immediate first prints. Quick setup means less time reading manuals, more time learning through actual printing.

Strong Value Retention

Affordable purchase prices don't mean disposable equipment. Replacement parts availability supports long-term use. Standard components simplify repairs. Open firmware enables upgrades and modifications. These printers remain capable as skills develop rather than becoming obsolete starter machines requiring costly replacement.

Elegoo Printer Range

Elegoo's current lineup serves entry-level through intermediate users across both FDM and resin technologies. The Neptune series provides filament printing from capable entry models to high-speed systems, whilst Mars resin printers deliver miniature detail with increasingly automated operation. All models emphasise beginner accessibility through auto-levelling, pre-configured firmware, and AI monitoring features that prevent common mistakes.

Neptune Series: FDM Printers

Neptune printers use Cartesian kinematics with Klipper firmware enabling speeds up to 500mm/s. Direct-drive extruders handle flexible materials reliably, whilst 300°C hotends support engineering filaments including nylon. Pre-installed Input Shaping eliminates ringing artifacts even at high speeds, making fast printing accessible without extensive calibration knowledge.

Best Value FDM

Elegoo Neptune 4 Plus 3D Printer

Build Volume 320×320×385mm
Max Speed 500mm/s (default 250mm/s)
Acceleration 12,000 mm/s²
Max Nozzle Temp 300 °C
Levelling 121-point automatic

$350.00~~reg $449.00~~

Klipper motherboard with ARM 64-bit 1.5GHz quad-core processor, dual-gear direct-drive extruder (5.2:1 ratio), Input Shaping and Pressure Advance support, acceleration sensors on X/Y axes, sensorless homing, segmented heated bed, omnidirectional cooling fans, WiFi connectivity. Handles PLA, TPU, PETG, ABS, ASA, and nylon filaments.

View Neptune 4 Plus →

Large Format FDM

Elegoo Neptune 4 Max 3D Printer

Build Volume 420 × 420 × 480 mm
Max Speed 500 mm/s (default 250)
Acceleration 12,000 mm/s²
Max Nozzle Temp 300 °C
Levelling 121-point automatic

$589.95~~reg $449.00~~

Expanded build volume variant sharing Neptune 4 Plus core specs. Same Klipper firmware, direct-drive extruder, and high-speed capability in a larger format — ideal for oversized functional parts, cosplay props, or batch printing. Dual Z-axis lead screws with stabilising rods maintain precision across full height.

View Neptune 4 Max →

Mars Series: Resin Printers

Mars printers use MSLA (masked stereolithography) technology for exceptional detail on miniatures, jewellery, and precision prototypes. Monochrome LCD screens enable faster curing than older RGB systems, whilst AI cameras monitor prints for common failures. Tool-free auto-levelling eliminates the trickiest part of resin printer setup for beginners.

Best Value FDM

Elegoo Mars 5 Ultra Resin Printer

Build Volume 153.36 × 77.76 × 165mm
Resolution 9K (8520×4320 pixels)
XY Resolution 18 microns (0.018mm)
Print Speed Up to 150mm/h
Display 121-point automatic

Price$365.00 ~~(reg $469.00)~~

Tool-free auto-levelling, AI camera with real-time monitoring, tilt release technology for faster layer separation, time-lapse capture, empty build plate detection, warping detection, WiFi connectivity, 4.0-inch capacitive touchscreen. Handles standard resin, water-washable, ABS-like UV resin, and high-speed formulations. Perfect detail for miniatures and jewellery.

View Mars 5 Ultra →

Large Format FDM

Elegoo Saturn 4 Ultra Resin Printer

Build Volume Larger than Mars 5 Ultra
Resolution 12K high resolution
Features Advanced automation

Price$569.95~~(reg $649.00)~~

Expanded build volume for larger miniature batches, terrain pieces, or oversized models. Maintains high resolution whilst offering more working space than standard Mars printers. Suitable for users who've outgrown entry-level resin volumes or need to print multiple miniatures simultaneously for efficiency.

View Saturn 4 Ultra →

Post-Processing: Mercury XS Washing & Curing

Resin prints require washing to remove uncured material and UV curing for final hardening. The Mercury XS Bundle combines both processes in a compact unit, eliminating messy hand-washing and inconsistent sun-curing. Automated rotation ensures even UV exposure, whilst integrated washing prevents solvent waste and fume exposure. Essential for anyone printing with Mars or Saturn resin systems.

Mercury XS Bundle: $199.95 (reg $299.95) includes washing station with rotating basket and UV curing chamber with 360° LED array. Handles standard isopropyl alcohol or water-washable resin workflows.

Neptune vs Mars: Choosing Your Technology

The choice between Neptune FDM and Mars resin depends primarily on what you'll print and your workspace constraints. Neither technology is universally superior, each excels in different scenarios that suit different makers' needs and project types.

Filament vs Resin Printing with Elegoo

Understanding the practical differences between FDM (Neptune) and resin (Mars) technologies helps match printers to actual use cases rather than abstract technical specifications.

Detail and Surface Quality

Neptune FDM: Functional Detail

Layer lines visible but acceptable for functional parts, prototypes, and larger decorative objects. Standard 0.2mm layers suit most applications. Fine 0.1mm layers improve quality on detailed models. Excellent for mechanical parts needing strength over perfect surfaces. Post-processing (sanding, filling) achieves smooth finishes when required.

Best for: : Functional prototypes, enclosures, mounting brackets, larger models, mechanical assemblies

Mars Resin: Miniature Detail

18-micron XY resolution captures fine details invisible to naked eye. Smooth surfaces require minimal post-processing. Perfect for miniatures, jewellery, dental models, and anywhere detail matters more than size. Layer lines barely visible even at close inspection. Fragile thin sections print reliably due to UV curing rather than mechanical layer adhesion.

Best for:: Miniatures, jewellery, highly detailed small models, dental/medical prototypes, precision parts

Material Handling and Workflow

Neptune FDM: Clean Workflow

Filament spools store indefinitely without degradation. No toxic fumes, suitable for home use without special ventilation. Prints finish ready to handle immediately. Material changes swap in seconds. Failed prints waste only the specific part printed. Multiple material options (flexible TPU, engineering nylon, basic PLA) from any manufacturer.

Workspace:: Clean, odour-free, minimal mess, suitable for shared spaces

Mars Resin: Chemical Process

Liquid resin requires careful handling (gloves mandatory). Post-processing involves washing in isopropyl alcohol or water (depending on resin type) followed by UV curing. Strong odours need ventilation or air filtration. Unused resin remains usable but requires dark storage. Mercury XS washing/curing station essential for proper workflow and clean results.

Workspace:: Dedicated area, ventilation required, gloves and eye protection needed, chemical storage

Speed and Build Volume

Neptune FDM: Larger, Faster Practical Parts

320×320×385mm (Neptune 4 Plus) or 420×420×480mm (Neptune 4 Max) volumes handle large functional parts. 500mm/s capability means practical 250mm/s printing speeds complete most projects in hours not days. Build volume suits batch printing multiple small items or single large objects. Ideal for household items, cosplay props, tool holders.

Mars Resin: Compact, Precision Focus

153×77×165mm (Mars 5 Ultra) restricts size but suits miniatures, jewellery, and detailed small parts perfectly. Print time depends on height rather than complexity. Stack multiple identical parts vertically for efficient batch production. 150mm/h speeds (with compatible resin) complete miniature batches overnight. Saturn 4 Ultra offers more volume for larger runs.

The decision ultimately comes down to project type. If you're printing functional parts, larger decorative objects, or learning fundamentals, Neptune FDM provides the cleanest workflow with largest capability. For miniatures, jewellery, or applications where surface quality matters more than size, Mars resin delivers unmatched detail despite more involved post-processing. Many serious makers eventually own both technologies because they solve genuinely different problems.

Neptune FDM Materials

PLA Filament: Perfect starting point for beginners. Prints reliably at 200-210°C without heated enclosure. Biodegradable, low warping, minimal odour. Neptune's auto-levelling and high-speed capability make PLA printing particularly successful. Excellent for learning fundamentals before tackling fussier materials.

PETG Filament: Step up in durability and chemical resistance. Handles moisture better than PLA whilst maintaining reasonable printing ease. Good for functional parts needing impact resistance. Neptune's direct-drive extruder provides the consistent pressure PETG needs for clean interlayer adhesion.

TPU Filament: Flexible filament benefits from Neptune's direct-drive extruder preventing compression in Bowden tubes. Suitable for gaskets, phone cases, compliant mechanisms. Requires slower speeds (40-60mm/s) but Neptune's Input Shaping maintains quality even during speed reductions.

Engineering Materials: 300°C nozzle capability enables nylon printing for functional prototypes needing strength and chemical resistance. ABS and ASA print successfully with proper bed adhesion and draft shielding, though dedicated enclosures improve results for larger ABS parts.

Mars Resin Options

Standard Resin: General-purpose option balancing detail, strength, and cost. Suitable for most miniatures, prototypes, and decorative models. Requires isopropyl alcohol washing. Available in multiple colours. Good starting point for learning resin printing fundamentals.

Water-Washable Resin: Eliminates isopropyl alcohol need, washing with tap water instead. Slightly less robust than standard resin but far more convenient for beginners avoiding chemical handling. Perfect for miniature painting where material strength matters less than detail capture.

ABS-Like Resin: Improved toughness for functional prototypes and miniatures needing durability during handling or gaming. Higher impact resistance than standard resin. Still requires careful support placement but survives rougher treatment post-curing.

High-Speed Resin: Formulations optimised for Mars 5 Ultra's 150mm/h capability. Cures faster under UV exposure, reducing print times for batch production. Maintains detail quality whilst improving throughput for users printing multiple miniatures regularly.

Material Recommendations by Experience Level

Complete Beginners (Neptune): Start with standard PLA from any manufacturer. Once comfortable, try PLA+ or PETG for functional parts. Avoid flexible or engineering materials until basic troubleshooting skills develop.

Complete Beginners (Mars): Water-washable resin eliminates the trickiest part of resin workflow. Once washing/curing process becomes routine, standard resin offers better strength and broader colour options. Save specialty resins until comfortable with baseline process.

Intermediate Users: Neptune owners ready for engineering materials should verify proper bed adhesion and consider draft shields for ABS/ASA. Mars users can explore ABS-like resins for tougher miniatures or high-speed formulations for production efficiency.

Best Use Cases for Elegoo Printers

Elegoo printers excel in scenarios where affordability, beginner accessibility, or specific technical capabilities (high-speed FDM or detailed resin) matter more than premium features or closed ecosystem conveniences.

Neptune FDM Ideal Applications

Learning 3D Printing Fundamentals:
Affordable entry without premium investment risk. Auto-levelling eliminates calibration frustration. Pre-configured Klipper means immediate results. Forgiving PLA printing teaches design iteration before tackling challenging materials. Strong community support provides troubleshooting help.
Rapid Prototyping:
500mm/s capability (practical 250mm/s speeds) enables multiple design iterations per day. Large 320×320×385mm volume handles functional prototypes in single pieces. Affordable operation means experimentation doesn't carry high per-print costs. Perfect for product development on limited budgets.
Functional Household Items:
Tool holders, organisers, replacement parts, custom enclosures, mounting brackets. PETG provides durability for items experiencing regular handling. Quick print times mean practical parts finish same-day. Affordable enough that household printing feels cost-effective rather than wasteful.
Cosplay and Props:
Large build volumes suit helmet sections, armour pieces, weapon components. High speeds complete costume elements faster than premium printers at triple the cost. PLA provides adequate strength for wearable props whilst remaining lightweight. Segmented printing enables oversized builds through multi-part assembly.
Educational Environments:
Entry pricing enables classroom labs or maker spaces to stock multiple units. Reliability matters more than cutting-edge features when teaching fundamentals. Auto-levelling reduces maintenance burden in multi-user environments. Replacement parts availability supports long-term institutional use.

Mars Resin Ideal Applications

Tabletop Gaming Miniatures:
18-micron resolution captures finest sculpt details invisible on FDM printers. Smooth surfaces need minimal cleanup before priming and painting. Batch production efficiency suits army building. Water-washable resin simplifies workflow for hobby painters. Perfect detail on 28-32mm scale figures.
Jewellery Prototyping and Casting:
Detail quality suitable for investment casting workflows. Small build volume perfectly matches jewellery scale requirements. Smooth surfaces reduce finishing time before moulding. ABS-like resins provide burnout-compatible options. Affordable prototyping enables design iteration before expensive metal casting.
Miniature Painting and Modelling:
Entry-level pricing makes high-detail printing accessible to hobbyists. AI monitoring prevents wasted prints that would frustrate beginners. Auto-levelling eliminates calibration complexity. Mercury XS washing station simplifies post-processing. Lower barrier to miniature self-sufficiency versus commercial purchase.
Dental and Medical Prototypes:
Detail resolution suits anatomical models, surgical guides, dental prototypes. Small build volume matches typical medical model scale. ABS-like resin provides autoclavable options for some applications. Affordable enough for small practices or educational institutions to operate in-house rather than outsourcing.
Precision Small Parts:
Mechanical prototypes with fine features, detailed textures, complex geometries. Resin eliminates FDM's minimum feature size limitations. Smooth surfaces reduce friction in mechanical assemblies. Perfect for testing fit and function before committing to machined parts.

Less Suitable Applications

Production Manufacturing:
Both Neptune and Mars suit prototyping and small batches but lack production printer durability for continuous high-volume operation. Reliability and speed favor dedicated production systems when printing thousands of identical parts.
Large Engineering-Grade Parts:
Neptune handles functional prototypes well but engineering applications requiring certified materials, tight tolerances, or industrial reliability justify premium industrial FDM systems with enclosed chambers and validated material profiles.
Multi-Material or Multi-Colour Printing:
Single extruder limits Neptune to one material per print. Manual filament swaps enable colour changes but lack convenience of AMS-style automated systems. Consider Bambu Lab A1 with AMS for frequent multi-colour work.
Premium User Experience:
If ease of use matters more than cost savings, closed ecosystems like Bambu Lab offer superior out-of-box experience, tighter integration, and less troubleshooting despite higher pricing. Elegoo rewards tinkering tolerance with affordability.

Who Should Buy Elegoo Printers

Elegoo Neptune 4 Plus Is Perfect For

Complete beginners starting 3D printing journey without premium investment
Hobbyists printing functional parts, household items, or cosplay props
Makers wanting high-speed capability (500mm/s) at entry-level pricing
Educational environments needing reliable, maintainable classroom printers
Users prioritising large build volume (320×320×385mm) over advanced features

Elegoo Mars 5 Ultra Is Perfect For

Tabletop gamers wanting miniature self-sufficiency over commercial purchase
Miniature painters seeking highest detail quality without premium pricing
Jewellery designers needing affordable prototyping before expensive casting
Beginners exploring resin printing with AI monitoring safety net
Detail-focused makers where 18-micron resolution justifies resin workflow

Consider Premium Alternatives If

You want plug-and-play experience prioritising convenience over cost savings (consider Bambu Lab A1 Mini for hassle-free printing)
Multi-colour or multi-material printing is frequent requirement (automatic material systems save manual swap time)
You need maximum dimensional accuracy for precision engineering (premium Cartesian systems offer tighter tolerances)
Production-level reliability matters more than affordability (industrial systems justify cost through uptime)
You prefer manufacturer ecosystem integration over open-source flexibility

Consider Different Elegoo Model If

Neptune 4 Plus build volume insufficient: upgrade to Neptune 4 Max (420×420×480mm) for larger projects
Mars 5 Ultra volume limiting: consider Saturn 4 Ultra for bigger miniature batches or terrain pieces
Need even larger resin: Jupiter ($1,199.95) offers extra-large format at premium pricing

Related Resources

Getting Started Guides

New to 3D printing? Our blog covers beginner fundamentals including first print setup, troubleshooting common issues, and material selection. Learn proper levelling techniques, slicing basics, and how to achieve successful prints consistently.

Filament Selection

Maximise Neptune printer success with proper filament choices. Start with ourPLA filament guidefor beginner-friendly options, or explorePETG filamentwhen ready for functional parts. Match material to application for best results.

Elegoo 3D Printers for Beginners and Makers