Modix Everest 3D Printer: Large-Format Modix Big-2Meter Model

In Stock
Extreme-height 3D printer with two-meter build capacity
  • Single-print objects up to 2m tall
  • Griffin Ultra prints 500g per hour
  • 6mm nozzle with 1.2mm layer capability
  • Reinforced frame with 4080mm profiles
Advantages:
  • Flexible Payment Terms
  • 1 Year Warranty
  • Local Technical Support
  • Free Online Training
We Accept Purchase Orders From All Educational Institutions and Eligible Business Customers
What's Included:
  • Aluminum print bed with PEI surface
  • Hex and screwdriver sets
  • Power supply
  • 7-inch tilting LCD touchscreen
Price $30,240.00
Lead time is 2-4 weeks.

The Modix Everest 3D printer enables single-print objects up to two meters tall, eliminating the need for assembly. Its Griffin Ultra hotend prints over 500 grams per hour with thick layers, reducing post-processing and producing stronger, seamless results. The Everest is based on the Modix BIG-Meter platform, featuring a reinforced frame with 4080 mm profiles — twice the size of its predecessor. This Modix 3D printer comes equipped with an enclosure, Griffin and Griffin Ultra print heads, internal spool mount, casters, tilt screen, Z HiWin rails, and clog/crush detectors. The Griffin Ultra hotend's 1.6 mm nozzle prints 1.2 mm layers, cutting print time significantly. The Everest supports a wide range of materials — PLA, PETG, ABS, ASA, PVA, PC, Nylon, TPU, carbon fiber composites, and more — making it suitable for automotive, aerospace, and commercial design applications. Optional add-ons like the IDEX dual print head and magnetic bed enhance functionality, while its core strength remains large, seamless, extreme-height printing.

 

What is the print quality and performance of the Modix Everest 3D printer?

The Modix Everest offers high print quality and performance with its Griffin Ultra hotend, capable of 1.2 mm layer height at 250 mm/s.

3D-printed black cylindrical object created by Modix Everest, showcasing fine layer details against a plain background.

With an extrusion rate over 500 g/h, the Everest significantly cuts production time while maintaining surface quality. Real-world prints include:

  • A detailed large-scale Oscar statuette, printed in 41 hours with 7.2 kg at 0.6 mm layers — showcasing fine detail capability.
  • A two-meter bottle with two perimeters, printed in 17 hours using 8.2 kg of filament at 1.2 mm layers — smooth despite thick layers.
  • A full-scale statue, completed in 21 hours using 9.1 kg at 1.2 mm layers — demonstrating speed, structural integrity, and surface quality.

Modix Everest 3D printer creates large-scale black figures, showcasing varied print times, weights, and layer thicknesses against white tiled backdrop.

The Everest’s reinforced 4080 mm frame and HIWIN rails ensure stability during tall prints. The bed moves down smoothly on Z-profile rails, keeping the frame steady. Its motion system, with NEMA-23 motors on X and Z axes, delivers 10-micron accuracy on X/Y and 0.5 microns on Z.

Modix Everest 3D printer with control panels and large print bed in a professional setting, featuring visible branding and technical components.

The Everest features automatic calibration with 100 probing points and bed tilt adjustment, ensuring consistent first-layer adhesion across the build area.

Calibration heatmap for Modix Everest 3D printer showing surface level variance in mm, color-coded from blue to red with XYZ axes labeled.

The Duet3D Wi-Fi controller with Duex5 expansion provides dedicated drivers for each Z and X motor, enabling automated calibration routines — bed tilt, leveling, gantry alignment, and Z offset — for precise printing, even at extreme heights.

 

The standard Everest setup includes both Griffin and Griffin Ultra print heads, plus clog and crush detectors to monitor filament run-out, under-extrusion, and clogs — preventing failures and ensuring consistent quality during long prints.

 

Which filaments can you use with the Modix Everest FDM 3D printer?

The Modix Everest supports 15+ filament types, offering versatility for large-format printing. Its Griffin Ultra hotend reaches 500°C, handling standard materials like PLA, PETG, PVA, ABS, and high-performance filaments such as ASA, PC, and Nylon, as well as flexible TPU/TPE for elastomeric applications.

Modix Everest showcasing 3D-printed sculptures at an exhibition booth, featuring branding and large-scale printed parts.

3D Print Samples:

3D-printed carbon fiber parts made by Modix Everest, showcasing sharp edges and smooth surfaces in a close-up view.

3D printed wheel prototype with geometric design and orange center cap, created by Modix Everest printer.

For specialized use, this Modix FDM professional 3D printer handles composite filaments like carbon, glass, and wood-filled materials. The optional Nozzle-X pack includes hardened, nickel-plated, non-stick nozzles that resist wear and maintain consistent extrusion with abrasive filaments. The Everest uses an open material system, allowing filaments from any manufacturer to suit specific project needs.

Modix Everest 3D printer in a workshop creating large-scale black sculptures; a person operates the machine with figures on display.

The optional IDEX dual print head allows use of soluble support materials for complex geometries. Paired with Modix soluble filament, this independent dual extruder setup enables intricate models with internal features, reducing post-processing while preserving model integrity.

Red Modix Everest 3D printer gantry system in a workshop setting, showcasing dual rails and cable chains for precision printing.

Printing with breakaway support filament

Modix Everest 3D-printed large black curved structure with detailed layers and support on a brown surface in a tiled setting.

Printing with soluble support filament (PVA)

A complex, gray and white 3D-printed manifold part, created by a Modix Everest printer, showcasing intricate curves and support structures.

What is the build volume of the Modix Everest?

The Modix Everest offers a massive build volume of 970 x 1030 x 2000 mm (1998.2 liters), making it one of the tallest large-format 3D printing machines available. It can print objects up to two meters tall in one piece, eliminating the need for sectioning or assembly.

Modix Everest 3D printer with a technician handling a large, black 3D-printed object in an industrial setting.

The Everest’s large build volume enables life-size prints in a single run avoiding assembly of smaller parts. The printer's enclosed chamber maintains stable internal ambient temperature, and HIWIN Z-rails ensure bed stability during downward movement.

Modix Everest 3D printer in an industrial setting with a large printed bottle object beside it, showcasing its printing capabilities.

What is the difference between the Modix Everest, Tronxy VEHO 1000-20, Dowell DM-2000 Plus and Builder Extreme 2000 PRO?

The Modix Everest model stands out with three key advantages: a Griffin Ultra print head delivering 5× faster print speed than competitors, a Duet3D 32-bit controller with 100-point auto bed leveling, and a reinforced 4080 mm frame that maximizes usable build volume.

Compared to rivals:

  • Tronxy VEHO 1000-20 matches the 2-meter height at a lower cost but suffers from serious Z-axis instability, poor bed leveling design, fragile components, lack of documentation, and virtually nonexistent customer support — making it unreliable for consistent printing.
  • Dowell DM-2000 Plus offers higher nozzle temps (420°C) but suffers from poor electronics assembly, underpowered PSU, an open enclosure, uneven bed leveling, safety concerns due to the use of a glass bed, and no-name components, e.g. belts, and linear rails — requiring significant user upgrades and expertise to operate safely and effectively.
  • Builder Extreme 2000 PRO is the most expensive yet limited to 1.7 m height and 260°C nozzle temperature, restricting material options.

With true 2-meter capacity, high-speed extrusion, and precise motion control, the Everest justifies its higher price by delivering superior large-format print performance.

Specification Modix Everest Tronxy VEHO 1000-20 Dowell DM-2000 Plus Builder Extreme 2000 PRO
Build Volume (mm) 970 x 1,030 x 2,000 1000 x 1000 x 2000 1000 x 1000 x 1600
(up to 2000 mm custom)
700 x 700 x 1700
Price (USD) $40,000+ $8,000+ $8,450–$12,000+ $40,000+
Max. Nozzle Temp (°C) 350–420 320 420 260
Max. Bed Temp (°C) 110 110 100–150 70
Enclosed Yes Optional Optional Yes
Weight (kg) 236 240 ~200 ~350
Assembly Self-assembly kit or assembled by Top3DShop Self-assembly kit Self-assembly kit Factory assembled

What printer controls are available on the Modix Everest?

The Modix Everest provides 3 distinct printer control methods: Duet3D web interface, SD card transfer, and USB file transfer.

1. Duet3D Web Interface (Wi-Fi)

The Everest's Duet3D Wi-Fi 32-bit controller with Duex5 expansion enables remote operation via web browser. Users can upload G-code, monitor prints, run calibrations, and update the system from any networked device. The interface also supports macros and 100-point bed leveling.

Modix Everest interface showing machine status, controls, temperature chart, and macros for 3D printing.

2. SD Card File Transfer

The Everest supports standalone printing via direct SD card use. Users can run G-code, macros, and calibration routines without network connectivity.

Modix Everest 3D printer control panel with user interacting, set in a professional or industrial environment, displaying operational interface.

3. USB File Transfer and Direct Connection

The Everest supports USB file transfers and direct connection to a host computer, enabling real-time control via slicing software or command-line tools for users needing wired access.

Modix Everest 3D printer displayed at an expo, with a ladder and safety warning sign nearby.

The Duet3D controller with Duex5 automates filament sensors, bed leveling, and thermal management, ensuring consistent performance across all control methods.

Hands assembling a printed circuit board, manufactured by modix everest, showcasing intricate components and connections in a close-up view.

What connectivity options are available on the Modix Everest?

The Modix Everest offers 3 connection methods — USB, SD card, and Wi-Fi connectivity — via its Duet3D controller and Duex5 expansion. USB and SD slots support direct file transfers from external storage.

Modix Everest 3D printer control panel displaying temperature, extruder data, and print progress.

The integrated Wi-Fi module allows remote monitoring and control via web interface from any PC or mobile device on the same network. Wi-Fi is especially useful for the Everest’s height, removing the need to access the control panel. Users can upload files, monitor progress, and make adjustments remotely.

Modix Everest 3D printer interface showing machine status, head position, extruder drives, speeds, heater temperatures, and controls in a concise layout.

What software is offered with the Modix Everest?

The Modix Everest supports Cura, Simplify3D, PrusaSlicer, and OrcaSlicer, and includes dedicated print profiles for each to ensure optimal performance.

 

The Everest runs on RepRapFirmware, offering flexible, configurable control. It powers automatic bed tilt calibration and 100-point leveling. Files can be sent via the Duet Web Control interface from any networked device. The system supports multiple 3D model formats, avoiding reliance on proprietary software.

3D printer control interface for Modix Everest, showing status, tool position, machine movement, extrusion control, and fan settings.

What is the design and build quality of the Modix Everest?

What is the design and form factor of the Modix Everest?

The Modix Everest stands at 53.4 x 56.9 x 120.8 inches (1356 x 1445 x 3068 mm) and weighs 520.3 lbs (236 kg). Its reinforced frame uses 4080 mm T-slot aluminum profiles for the structural rigidity needed to support its 2-meter print height.

Modix Everest 3D printer with a large build volume and sturdy frame, designed for professional use, featuring a control panel and safety buttons.

The Modix Everest includes a full enclosure with elastic seals, reinforced hinges, and a pneumatic top cover to maintain internal temperature. An internal holder for filament spools enhances safety but requires ladder access for filament changes and high-point maintenance.

Technician working on a large Modix Everest 3D printer with visible spools, standing on a step ladder in an industrial setting.

What is the motion system of the Modix Everest?

The Modix Everest uses a precision motion system with upgraded NEMA-23 stepper motors and dedicated drivers for each Z and X axis via the Duex5 expansion board.

Stepper motors for Modix Everest 3D printers, showing metal shafts and mounting plates on a white background.

The motion system uses HIWIN rails on the Z-axis for bed stability, along with Gates timing belts for smooth, precise movement.

HIWIN linear rails used in 3D printers like modix everest, featuring red and green accents, brand engraving, on a dark background.

The Modix Everest reaches travel speeds of 350 mm/s and print speeds up to 250 mm/s, using optical end-stop switches for improved accuracy and repeatability over mechanical ones.

Industrial Modix Everest 3D printer mechanism detail, showing black components and cable housing in a well-lit workshop setting.

What is the noise level of the Modix Everest?

The Modix Everest uses NEMA-23 motors and Gates belts, producing typical noise levels for large-format FDM kits. It lacks active soundproofing; the enclosure offers only basic noise containment.

Modix Everest 3D printer mechanical parts close-up, showcasing belt and screw components in a sleek, industrial design setting.

What are the build platform specifications of the Modix Everest?

The Modix Everest features a heated build platform measuring 970 x 1030 x 2000 mm (1,994 liters), mounted on HIWIN linear rails along the Z-axis for stable vertical movement.

Modix Everest 3D printer with a reflective metal bed being assembled by a person in a workshop setting.

The Modix Everest supports optional magnetic flex beds for easy part removal, avoiding the need to reach into the back of the 2-meter chamber during extraction or maintenance.

Modix Everest 3D printer with a large black object being removed by a person in an industrial setting, showcasing the printer's capacity.

What is the hotend and extruder system of the Modix Everest?

The Modix Everest’s Griffin Ultra hotend processes over 500 g/hour using custom Bondtech extruders and E3D Super Volcano hotends. It includes 0.4, 0.6, and 0.8 mm Volcano brass nozzles, with 1.0 and 1.2 mm options available.

Modix Everest 3D printer's red metal extrusion mechanism, showcasing intricate parts and wiring within an industrial setup.

How does the Modix Everest handle filament storage and feeding?

The Modix Everest stores filament inside the enclosed chamber, with internal spool holders for improved safety and temperature stability.

Modix Everest commercial 3D printer displayed at an exhibition, showcasing its large build volume and intricate black printed structure beside it.

The system includes filament sensors that detect run-out, under-extrusion, and clogs for automated monitoring.

 

The Modix Everest's fourth-generation design improves PTFE tube and wire management, offering smoother maintenance access and better filament routing than previous versions.

Modix Everest 3D printer in a workshop setting with exposed wiring and a control panel, showcasing its industrial design and branding.

What is the mainboard of the Modix Everest?

The Modix Everest uses a Duet3D Wi-Fi 32-bit controller with a Duex5 expansion, providing dedicated drivers for each axis. It supports automated calibration routines — bed tilt, leveling, gantry alignment, and Z-offset — as well as Wi-Fi, USB, and SD card connectivity for remote or standalone operation.

Modix Everest control board with wiring and components in a protective case, showing technical assembly and connections.

What are the power supply specifications of the Modix Everest?

The Modix Everest uses a dual-voltage power system (110V/230V). Motion electronics run on a 24V 280W Meanwell PSU with built-in protections and <0.5W no-load draw. The heated bed uses a separate 1370W (or 1200W at 110V) AC heater, managed by an Autonic PID controller and requiring a dedicated 15A AC line. Aviation-grade switches and connectors ensure reliability, with an optional Power Distribution Unit (PDU) for consolidating AC cables and improving safety.

Black power supply unit with vented design, cables attached; suitable for Modix Everest 3D printers, featuring branding and technical specifications label.

What comes included in the box with Modix Everest?

The Modix Everest ships with:

  • All parts required to assemble the Modix Everest 3D printer
  • Powder-coated aluminum components
  • Aluminum print bed with PEI surface
  • Hex and screwdriver sets
  • Cable and wire sets
  • Power cords
  • Power supply
  • Power Distribution Unit (PDU)
  • Enclosure components
  • Casters (4x)
  • 7-inch tilting LCD touchscreen
  • Modix Griffin standard printhead
  • Griffin Ultra high-flow printhead
  • Internal spool mounting hardware
  • SD card with software and documentation

The Modix Everest ships as a self-assembly kit, making it easy to transport through narrow spaces and install in rooms with standard ceilings despite its 3-meter assembled height. The kit includes detailed instructions via a customer portal, along with print profiles, firmware, and technical docs. A 12-month warranty and lifetime support are included.

Please Note: Package contents are determined by the manufacturer and may change without notice. To confirm the current items included with this product, please contact a Top3DShop sales representative before placing your order.

 

What upgrades and accessories are available for the Modix Everest?

The Modix large 3D printers support 10+ upgrades.

Accessory Function MSRP (USD) Image
Dual Print-Head Upgrades & Calibration Tools
IDEX Dual Print-head Independent dual print-head upgrade for printing with a dedicated support material; can also function as an automatic filament changer. $1,232.00 Red Modix Everest 3D printer frame highlighting motor, belts, and cable chain for precision industrial printing.
IDEX Calibration Tool Hands-free calibration tool to ensure optimal nozzle alignment for the IDEX system. $280.00 Black metal components with red wiring for Modix Everest 3D printer, likely part of the assembly or hardware setup.
Build Plate & Print Surface Upgrades
Magnetic Bed Magnetic build surface upgrade for easier part removal and easier bed maintenance; recommended to reduce downtime from replacing degradable PEI sheets. $1,904.00 Modix Everest 3D printer showing a hand lifting the textured build plate with Modix branding.
Air Filtration & Replacement Filters
Active Air Filter Three-stage air filtration device: pre-filter (dust), HEPA filter (sub-micron particles), and active carbon filter (fumes). $1,512.00 Modix Everest air filter unit with a black box design and logo; supports 3D printing processes in commercial and industrial settings.
Filter Spares Set Replacement filter set for the Active Air Filter (includes 5× pre-filters and 1× HEPA/carbon combo filter). $336.00 Modix Everest air filter with gray casing and visible yellow warning label, designed for use with 3D printers for effective filtration.
Hotend Upgrades & Spare Hotend Parts
Griffin High-Flow High-flow hotend upgrade (includes Griffin HF heat-block, 80W heater, PT-1000 thermistor, and 1.0 mm nozzle). $392.00 Modix Everest component in black and silver, showcasing a precision-engineered part for professional 3D printers.
Spare Griffin Hotend Spare Griffin hotend set for replacement (includes bi-metal heatbreak, Griffin heat block, 0.4 mm nozzle, 50W heater, PT-1000 thermistor, and silicon sock). $201.60 Modix Everest 3D printer component: metallic extruder with a brass nozzle and a red silicone cover, showcasing detailed engineering.
Nozzles
Volcano Brass Nozzles Volcano brass nozzle pack with 5 nozzle sizes (0.4 / 0.6 / 0.8 / 1.0 / 1.2 mm) for high-flow, fast printing; 0.4 / 0.6 / 0.8 mm come by default with the printer. $67.20 Gold 3D printer nozzles with coiled heatsinks, compatible with the Modix Everest, arranged in a row against a white background.
Nozzle-X Pack Volcano Nozzle-X hardened nozzle pack with 3 nozzle sizes (0.4 / 0.6 / 0.8 mm) for abrasive materials (e.g., carbon fiber-filled, glass fiber-filled, wood, glitter); nickel-plated with non-stick coating; rated up to 500°C. $190.40 Three metal nozzles, possibly parts for 3D printers, created by Modix Everest, with a screw thread and pointed tip design for precision and durability.
Maintenance Kits (Spare Parts Bundles)
Basic Maintenance Kit Essential spare components for the print head and motion system to keep the printer running smoothly. $336.00 Modix Everest 3D printer with filament spool, control panel, and branding, showcasing ability to create spare parts.
Advanced Maintenance Kit Extended spare parts kit (belts, pulleys, screws, bearings, motors, printhead parts, fasteners) designed to fit Modix printers V4. $1,568.00 Modix Everest logo with text "Advanced Maintenance Kit for Modix Gen 4 Printers" emphasizing large-scale 3D printing solutions.
Support Materials & Dissolution Supplies
Soluble solution – 1000g Dissolution solution used with water to dissolve prints made with soluble filament; 1000g. $39.20 Modix Advanced Removal Solution bottle used for Modix Everest 3D printer.
Soluble filament – 500g Soluble filament for printing supports/intricate designs; dissolves using water + soluble solution (solution purchased separately); 500g. $112.00 Modix Everest 3D printer filament spool with branding, next to a Modix-labeled brown box.

What maintenance does the Modix Everest require?

The Modix Everest requires 15+ scheduled maintenance tasks to maintain motion stability, accurate 2-meter calibration, and reliable extrusion.

Daily maintenance

  • Clean the PEI-coated print surface with 99% isopropyl alcohol to remove grease and residues, ensuring proper first-layer adhesion across the 970 x 1,030 mm bed area.
  • Visually inspect the Griffin Ultra hotend and nozzle for filament buildup; remove debris with a brass wire brush to prevent extrusion blockages during high-flow printing.
  • Verify operation of the clog detector sensor by testing filament feed detection, ensuring uninterrupted printing during extended multi-day prints.

Weekly maintenance

  • Inspect and adjust Gates Corporation GT2 belt tension on X and Y axes using the tensioning mechanisms to maintain precise positioning accuracy within 10 microns.
  • Lubricate the HIWIN MGW9H linear guide rails with light machine oil to reduce friction and wear on the motion system components.
  • Check torque specifications on all 4080mm T-slot aluminum frame connections and gantry fasteners to maintain structural rigidity during 2-meter tall builds.
  • Verify proper operation of pneumatic cylinder on the top cover mechanism for safe enclosure access.

Monthly maintenance

  • Execute Duet3D automated calibration routines (bed tilt correction, bed leveling, gantry alignment, Z-offset calibration) to maintain flatness within specification across the large build platform.
  • Inspect Bondtech drive gears in the Griffin Ultra extruder system; clean accumulated filament dust and apply recommended lubrication to maintain consistent feed rates above 500 grams per hour.
  • Confirm all NEMA-23 stepper motors remain securely mounted with proper torque specifications and show no vibration-induced loosening.
  • Test filament runout sensor functionality and clog detection system accuracy across all operational scenarios.

Quarterly maintenance

  • Inspect four Z-axis ball screws (12mm diameter, 4mm pitch) for wear patterns and lubricate lead screw threads to maintain 0.5-micron Z positioning accuracy.
  • Verify AC bed heater operation and PID controller temperature accuracy within ±1°C across dual heating zones on the large aluminum bed plate.
  • Check electrical connections on Duet3D controller and Duex5 expansion board, ensuring secure terminations on all stepper motor drivers.

Semi-annual maintenance

  • Replace worn HIWIN linear guide carriages showing excessive play or increased resistance during motion.
  • Inspect X and Y axis drive components for gear tooth wear, replacing any parts showing damage or excessive backlash.
  • Verify enclosure door seal integrity and hinge operation, replacing elastic seals if showing compression set or damage.

The Everest’s 2-meter height requires frequent automated calibration and motion checks to maintain consistent print quality over long runs.

Modix Everest commercial 3D printers in an industrial setting, showcasing large-scale printing capabilities with visible printed parts.

What support and warranty come with the Modix Everest?

The Modix Everest includes 12 months of warranty covering all non-consumable parts, excluding items like PEI sheets and nozzles. Modix offers lifetime technical support for Everest owners, available via email Sunday–Thursday, 09:00–18:00 GMT+2, with video sessions on request. Buyers gain access to a customer portal with interactive 3D manuals, print profiles, firmware, and essential technical documentation.

Full warranty terms: https://www.modix3d.com/terms

Service Package Description Price (USD)
3-Hour Call with Modix 3D Technicians Remote optimization support for design, slicing settings, and material selection; includes 3 hours of video calls with Modix technicians. 500
1-Year Warranty Extension Extends Modix manufacturer warranty by 12 months beyond the standard warranty period. 1500
2-Year Warranty Extension Extends Modix manufacturer warranty by 24 months beyond the standard warranty period. 3000
Assembly Services by Top3DShop (Off-Site) Off-site assembly of the Modix kit per official manual + calibration (bed compensation ≤2 mm corner-to-corner), IDEX XY calibration (if applicable), test prints (cube/mesh), photo/weekly progress reporting, and delivery of assembled unit (per agreement terms). 23,300
Assembly Services by Top3DShop (On-Site) On-site assembly and commissioning at customer facility; includes the same assembly/calibration/test-print scope plus on-site handover/training and verification as described in the agreement. 28,300

Modix Everest 3D printer frame with a tall, open metal structure and red components, showcasing its build capacity.

How much does the Modix Everest cost?

The Modix Everest is a premium large-format 3D printer priced at $30,240.00, offering a 970 x 1,030 x 2,000 mm build volume for printing objects up to 2 meters tall. It features the high-throughput Griffin Ultra print head (>500 g/h), a Duet3D Wi-Fi controller with Duex5, 100-point auto bed leveling, and a reinforced 4080 mm aluminum frame. Modix Everest 3D printer with transparent enclosure showing a large printed part inside, professional-grade design with control panel and branding.

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