500mm Industrial IDEX Platform
DP500
IDEX
3D Printer
Large Format IDEX 3D Printing for Multi-Material & Parallel Production
A 500×500×500mm large-format industrial 3D printer powered by True Independent Dual Extruder (IDEX) technology. Designed for high-throughput production, multi-material printing, and large-scale functional prototyping.
500 × 500 × 500 mm Build Volume
Independent Dual Extruder (IDEX)
300°C All-Metal Hotend
4 Print modes
5003
mm Build Volume
Large-Scale Functional Parts
60%
Faster in Duplication Mode
Increased Throughput
20µm
Repeatability
High Precision Printing
300°C
All-Metal Hotend
Advanced Material Compatibility
15+
Material Classes
Supports Diverse Materials
Product Overview
Precision. Scale. Independence.
The DP500-idex redefines large-scale additive manufacturing —
500mm³ build volume with uncompromising idex precision.
Unlike conventional dual-extruder printers sharing a single carriage, the DP500’s extruders operate on fully independent X-axis drives. This fundamental architectural difference unlocks four distinct operating modes unavailable in any belt-sharing system.
Engineered for professionals in aerospace, automotive, healthcare, and advanced robotics, the DP500-IDEX handles everything from 500mm monolithic structural prototypes to simultaneous batch runs of complex multi-material assemblies.
The all-metal enclosed frame with integrated HEPA and activated carbon filtration, Klipper firmware with input shaping, and AC silicon heated bed combine into a platform designed for continuous industrial operation — not occasional desktop use.
With the optional LAN-based camera monitoring system, operators can supervise multi-day print jobs remotely — detecting layer shifts, nozzle clogs, and spaghetti failures through machine learning, reducing material waste by up to 30% on long-duration runs.
Print PLA through high-performance Polycarbonate and abrasive carbon fiber composites through the hardened steel nozzle and direct-drive extruder system — with filament runout, jam detection, and thermal runaway protection as standard.
IDEX Technology
Four Operating Modes
Two heads. One rail. Complete independence — enabling workflows impossible on any shared-carriage system.
// MODE 01
Duplicate Mode
Print identical models simultaneously across the 500mm build plate.
Produce 4–8 parts per cycle — ideal for high-throughput batch production.
// MODE 02
Mirror Mode
Create large symmetrical components — automotive panels, UAV wings,
prosthetic structures — with sub-20µm alignment accuracy.
// MODE 03
Multi-Material
Combine rigid PC with flexible TPU or composite materials in a single print.
Enable functional assemblies and embedded systems without post-processing.
// MODE 04
Standalone Mode
Operate either extruder independently across the full 500×500×500mm volume.
Ideal for large-format single-material industrial components.
System Engineering
BUILT TO INDUSTRIAL STANDARDS
Every subsystem engineered for continuous operation, repeatable output, and demanding material profiles.
// F-01
500×500×500MM BUILD VOLUME
Print oversized structural parts — full UAV fuselages, large automotive dashboard sections,
architectural lattices — without splitting across multiple jobs.
220×500×500mm in Duplicate / Mirror modes.
// F-02
LINEAR GUIDE RAILS + BALL SCREWS
High-quality linear guides on X/Y axes replace traditional belts — delivering minimal backlash, 10,000+ hour operational lifespan, and 20µm Z-axis repeatability via dual precision ball screws.
20µm REPEATABILITY
// F-03
AC SILICON HEATED BED 120°C
Aerospace-grade 7075 T6 aluminum substrate with rapid-response AC silicon heater. PEI magnetic spring steel plate ensures first-layer adhesion and instant part release across PLA, Nylon, PC, and composites.
AEROSPACE ALUMINUM
// F-04
METAL ENCLOSURE + HEPA FILTRATION
Fully enclosed industrial metal frame with integrated HEPA and activated carbon filter system captures VOCs and particulate emissions from ABS, Nylon, and composite filaments — office and lab compliant.
VOC + FUME CAPTURE
// F-05
KLIPPER FIRMWARE + LAN CONTROL
Input Shaping and Pressure Advance algorithms eliminate ghosting at speeds up to 120mm/s. Remote monitoring and control via Mainsail or OctoPrint. Optional LAN-based camera with AI anomaly detection reduces waste by 30%.
AI MONITORING OPTIONAL
// F-06
HARDENED DIRECT DRIVE EXTRUDERS
Both extruders use direct-drive with hardened steel nozzles (0.4–1.2mm interchangeable) and high-torque stepper motors — enabling precise extrusion of abrasive composites including carbon and glass fiber.
CARBON FIBER READY
Model Comparison
DP300 vs DP500 — Choose Your Scale
Both models share the same IDEX architecture. The DP500 delivers the larger build volume for high-throughput industrial production.
Specification
DP300-IDEX
DP500-IDEX
Build Volume (Single)
300 × 300 × 300 mm
500 × 500 × 500 mm +566%
Build Volume (Dual)
120 × 300 × 300 mm
220 × 500 × 500 mm
Max Print Speed
Up to 200 mm/s
Up to 200 mm/s
Extruder
Direct Drive IDEX
Direct Drive IDEX
Nozzle Temp
300°C
300°C
Heated Bed
120°C
120°C
Motion System
Linear Rails + Ball Screws
Linear Rails + Ball Screws
Filtration
HEPA
HEPA + Carbon
Camera
Optional
LAN + AI Upgrade
Firmware
Klipper / RepRap
Klipper / RepRap
Ideal Use
Prototyping
Industrial Production
Specifications
Complete Technical Specifications
Every parameter that defines the DP500 IDEX platform.
General Properties
Print Technology
FFF — Fused Filament Fabrication
Build Volume (Single)
500 × 500 × 500 mm
Build Volume (Dual Modes)
220 × 500 × 500 mm (Duplicate & Mirror modes)
Extruder Type
Independent Dual Extruder (IDEX)
Nozzle Diameter
0.4 mm standard — interchangeable 0.4 mm to 1.2 mm
Print Speed
60–120 mm/s (geometry dependent)
Layer Accuracy
±0.05 mm
Build Plate Leveling
Automatic — inductive bed leveling sensor
Display
5" Full-Touch HDMI Touchscreen
Filament Detection
Runout sensor + jam detection (standard)
Power Outage Resume
No — recommend UPS / inverter
Mechanical System
X / Y Motion
High-quality linear guide rails
Z Motion
Precision ball screws (dual)
Feeder Type
Direct Drive — both extruders
Stepper Drivers
TMC2209 — silent, high-torque
Enclosure
Fully enclosed — industrial metal frame
Filtration
HEPA + activated carbon (VOC and fume capture)
Camera Monitoring
LAN-based (optional AI anomaly detection)
Temperature
Nozzle Max
300°C (all-metal hot end)
Heated Bed
Aerospace-grade 7075 T6 aluminum — AC silicon heater
Bed Max Temp
120°C
Build Plate
PEI Magnetic Spring Steel / Glass Plate (interchangeable)
Operating Range
15°C – 45°C ambient
Materials
Filament Diameter
1.75 mm
Standard Filaments
PLA, ABS, PETG, ASA, TPU
High-Performance
Nylon (PA6, PA12), Polycarbonate (PC)
Composite / Abrasive
Carbon Fiber, Glass Fiber (hardened nozzle required)
Support Materials
PVA (water-soluble), HIPS (solvent-soluble)
Filament Ecosystem
Open — any manufacturer, any brand
Software
Firmware
Klipper / RepRap
Slicer Software
Cura, Simplify3D
Supported File Types
.STL, .OBJ, .3MF
Operating Systems
Windows, macOS, Linux
Connectivity
File Transfer
USB, SD Card, Web-UI
Connectivity
USB, Ethernet, Wi-Fi
Power Input
240V AC, 50Hz
Material Ecosystem
Open Filament. Full Spectrum.
The 300°C all-metal hot end and hardened steel nozzle unlock the complete material range — from prototyping plastics to structural composites.
PLA / PLA+
—
220°C
The everyday workhorse. Fast, clean, and excellent dimensional accuracy. Ideal for visual prototypes, functional mockups, and STEM applications.
ABS / ASA
—
260°C
UV-stable, impact-resistant engineering polymer. Automotive exterior trim, outdoor enclosures, and structural brackets requiring heat resistance.
PETG
—
250°C
Chemical resistance with excellent interlayer adhesion. Medical-grade vessel housings, fluid-contact components, and transparent structural parts.
TPU — Flexible
—
240°C
Shore hardness variants for grippers, seals, gaskets, shock-absorbing brackets, and flexible assemblies requiring repeated deformation without fatigue.
Nylon / PC
—
290°C
Chemical resistance, fatigue strength, and optical clarity. Gears, hinges, load-bearing structures, and transparent safety shields for industrial applications.
PVA / HIPS
—
soluble
Dissolvable support materials enabling complex geometries and internal structures.
Carbon Fiber
—
300°C
Exceptional strength-to-weight for drone arms, robotic joints, and structural aerospace parts. Requires hardened 0.4mm steel nozzle — included as standard.
Glass Fiber
—
soluble
Glass-fiber reinforced filament that offers high strength, stiffness, and improved dimensional stability for functional 3D printed parts.
System Architecture
Engineering the IDEX Advantage
Independent X-axis carriage drives enable four operating modes that single-carriage systems simply cannot achieve.
Independent X-Axis Drives
Two separate stepper-driven carriages on a single rail — each extruder moves independently with no mechanical coupling to the other.
Hardened Direct Drive
Hardened steel gears and nozzles on both extruders enable abrasive composite filaments without wear. High-torque motors prevent under-extrusion at full speed.
Precision Ball Screw Z-Axis
Dual ball screws maintain Z-axis flatness and stability across the full 500mm height — even during high-speed or tall, top-heavy prints.
500mm AC Silicon Heated Bed
Rapid-response AC heater on aerospace aluminum reaches 120°C uniformly across the full 500mm bed area — critical for Nylon and PC adhesion without warping.
Klipper Input Shaping
Resonance compensation eliminates ringing and ghosting artifacts at 120mm/s — preserving surface quality on large, fast prints where ringing is most visible.
Industry Applications
Deployed Across Multiple Sectors
The DP500-IDEX's large format and IDEX capabilities make it the platform of choice across industries where scale, material versatility, and throughput define results.
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01 / 6
TOOLING & FIXTURES
Duplicate Mode doubles output for small-batch production. Multi-material Mode combines PC/Nylon with TPU for grippers, seals, and shock-absorbing components in a single automated job.
- Carbon fiber-PA assembly line jigs at 120°C heat resistance
- Conveyor belt guides with abrasion-resistant composites
- Custom batch production: 20 identical jigs in 10 cycles
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02 / 6
STRUCTURAL PROTOTYPES
Mirror Mode ensures large symmetrical lightweight components with sub-20µm alignment. Dual-material printing combines flame-retardant PC outer layers with flexible TPU seals in one run.
- FAA-compliant ABS ductwork with embedded PVA sensors
- Carbon fiber-PC hybrid turbine blades at 15,000 RPM
- UAV fuselage frames and large wing structures
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03 / 6
BIOCOMPATIBLE DEVICES
Biocompatible PETG surgical guides with dissolvable PVA support structures. Mirror Mode creates perfectly symmetrical prosthetic sockets in carbon fiber-nylon composites.
- Sterilizable surgical guides with soluble internal supports
- Multi-material anatomical models – PLA bones + TPU tissue
- Full-scale prosthetic sockets in CF-nylon composites
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04 / 6
MULTI-MATERIAL ASSEMBLIES
Print rigid PC gears with integrated TPU dampeners in a single uninterrupted job. Carbon fiber robotic arms with ±0.05mm dimensional accuracy for precise servo-driven actuation.
- Gripper systems: rigid cores + textured TPU contact pads
- Drone frames with embedded CF cable channels
- EMI-shielding sensor housings in conductive PLA
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05 / 6
CORROSION-RESISTANT PARTS
Oil-resistant gaskets in TPU. Marine-grade components in UV-stable ASA with carbon fiber reinforcement. Wind turbine sensor mounts and intricate valve housings via dissolvable PVA cores.
- Wind turbine sensor brackets in UV-stable ASA
- Pipeline valve housings with dissolved internal passages
- Marine-grade ASA+CF structural components
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06 / 6
LABS & STEM
Batch-print 30 identical test specimens for controlled material science experiments. Multi-material robotics kits with gears and belts in one automated run. Large architectural scale models via Mirror Mode.
- 30× identical turbine blades for student tensile testing
- CF-PLA composites for tensile and flexural research
- Symmetrical skyscraper facades in PLA/wood-fill blends
