Generation 4 - What's New
Modix Generation 4 introduces advanced capabilities, including internal geometry printing, faster print speeds, reduced post-processing time, and enhanced reliability. These updates expand the possibilities of the Modix ecosystem, ensuring a cutting-edge experience for users.
- Printing Technology – FFF (Fused Filament Fabrication)
- Delivery – Self-assembly kit. The assembly guide includes easy-to-follow videos and online 3D models that can be rotated and zoomed.
- Unified Core concept- All our printers share the same core design based on Modix BIG-60 V4.0.
- Upgrade – New versions are designed with backward compatibility in mind. Owners of Modix’s printers enjoy upgrades from time to time in both configurations and hardware.
Chassis & Enclosure
Crafted from solid 40x40 T-slot aluminum profiles, the chassis features powder-coated laser-cut aluminum brackets and joints. An optional 3mm black Aluminum Composite Panel (ACP) enclosure is available for select models, enhancing stability and environmental control.
- Solid 40X40 T-slot aluminum profiles
- Powder coated laser cut aluminum brackets and joints
- Enclosure – Closed enclosure made of 3mm black Aluminum Composite Panels (ACP). Enclosure is an optional add-on for BIG-60, BIG-120X & BIG-120Z and a default option for BIG-Meter and BIG-180X.
Electronic Controller
Powered by the Duet 2 WiFi controller, a reliable and widely supported platform for professional 3D printers. Benefit from a high-performance 32-bit processor, quiet TMC2660 stepper drivers, and flexible connectivity options. Dual extruders and external SD card support contribute to a seamless printing experience.
- Powerful 32 Bit Processor
- Dedicated WiFi module with external antenna
- Quiet TMC2660 stepper drivers, up to 256 micro-stepping.
- High-speed uSD card and support for a second external SD card if required.
- Dual extruders are controlled on the main board, up to 5 additional stepper motor drivers are controlled on the DUEX expansion board.
- High Power rating: Each stepper driver is capable of 2.8A motor current, currently limited in software to 2.4A.
- Access the printer via a PC, tablet or smartphone on a local network.
- Set up and control your printer through the web interface.
IDEX Dual Printing Add On
With Independent Dual Extruder (IDEX) technology, the Modix printer can print models with internal geometries and dense support layers. This add-on reduces post-processing effort and enhances success rates for complex prints.
The IDEX solution is available as an optional add-on for all Generation 4 printers but is included in this professional bundle, providing the following components:
- Secondary Printing Subsystem: Includes the Griffin print head, clog detector, PTFE, and spool mount.
- Motion System: Incorporates a secondary Y-axis motor along with necessary components such as belts and pulleys.
- Metal Brackets: Equips both the Y-axis and print heads with sturdy metal brackets.
- Wires, Drag Chains, and Optical End-stops: All essential wiring, drag chains, and optical end-stops are thoughtfully included.
Automatic Filament Changer
The IDEX system doubles as an automatic filament changer, streamlining print workflows and ensuring uninterrupted operation. When utilizing the same filament for both print heads, the printer adeptly switches between them as soon as a filament run-out is detected. This innovation offers a host of advantages:
Enhanced Efficiency: Addressing a key challenge in 3D printing, the incessant need for vigilant monitoring and intervention is mitigated. This is particularly crucial when prolonged printing sessions risk an overnight stall due to the depletion of filament. The Modix IDEX Filament Changer steps in as a solution, enabling the printer to autonomously swap filament spools. The result is an uninterrupted, round-the-clock operation, minimizing downtime that would otherwise be required for manual intervention.
Elevated Print Precision: The advantages of the Modix IDEX Filament Changer extend beyond time-saving. By obviating the need to open the enclosure for manual servicing, the printer retains its chamber temperature, preventing potential shrinkage of partially printed models. This pivotal aspect enhances print quality by maintaining optimal conditions, reducing defects, and fostering the creation of superior prints. Elevating your 3D printing endeavors to new heights becomes feasible with the Modix IDEX add-on.
Super High Flow Hotend
Opt for the Super Volcano hotend. The high flow Super Volcano hotend is an optional add on tailored for customers engaged in printing large and robust objects at high speeds. This add on is particularly advantageous for crafting thick vase mode style objects that demand structural integrity.
Built upon the foundation of the E3D Super Volcano heat block and nozzles, this upgrade caters to efficiency and performance. Equipped with an 80W heater and thermistor, the enhanced version arrives with a meticulously crafted CNC made mounting bracket. This bracket not only ensures the protection of the elongated heat-block during printing but also bolsters stability. As a result, this integration significantly elevates print quality by minimizing vibrations during acceleration, resulting in superior output.
Includes:
- E3D SuperVolcano Heater Block
- 1mm Brass Nozzle
- Slice Engineering Bi-Metal Heat-Break
- 80W Heater
- CNC Adapter
- Blower Fan & Duct
Tilt Screen & Emergency Button & Frontal Power Switch
Motion System
Benefit from precision motion with HIWIN linear guide rails, Z ball screws, reinforced belts, and NEMA motors. Achieve print speeds up to 350 mm/sec for fast and efficient production.
- HIWIN MGW9H linear guide rails
- Four Z ball screws for Z axis movement. 12mm diameter, 4mm pitch
- 9 mm width Gates GT2 timing belt, reinforced with fiberglass
- Motors: X & Z Axis: NEMA-23, Y Axis: NEMA-17
Mechanical position accuracy: X-10 Micron, Y-10 Micron, Z-0.5 Micron - Print speed (based on 0.4mm nozzle):
Up to 100 mm/sec – normal qualityUp to 250 mm/sec – draft / non functional infillUp to 350 mm/sec – travelLarger nozzles normally are required to print slower but provide parts much faster due to a reduced number of layers.