500mm Industrial IDEX Platform

DP500 IDEX Large-Format 3D Printer

Name: DP500-IDEX Independent Dual Extruder 3D Printer
Brand: Garuda3D
SKU: dp500-idex

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

IDEX Technology◆500×500×500mm Build Volume◆Duplicate Mode — 2× Output◆Mirror Mode — Sub-20µm Alignment◆Carbon Fiber Compatible◆Klipper Firmware◆HEPA Activated Carbon Filter◆AC Silicon Heated Bed 120°C◆Industrial Grade Enclosure◆LAN Camera Monitoring◆IDEX Technology◆500×500×500mm Build Volume◆Duplicate Mode — 2× Output◆Mirror Mode — Sub-20µm Alignment◆Carbon Fiber Compatible◆Klipper Firmware◆HEPA Activated Carbon Filter◆AC Silicon Heated Bed 120°C◆Industrial Grade Enclosure◆LAN Camera Monitoring◆

500³

mm Build Volume

Large-Scale Functional Parts

60^%

Faster in Duplication Mode

Increased Throughput

20^µm

Repeatability

High Precision Printing

300^°C

All-Metal Hotend

Advanced Material Compatibility

15+

Material Classes

Supports Diverse Materials

Product Overview

DP500 Overview

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.

FFF Direct Drive Klipper Carbon Fiber Multi-Material Auto Leveling HEPA Filtered Wi-Fi

IDEX Technology

DP500 IDEX Printing 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 single extruder printing mode on the DP500 industrial IDEX 3D printer

Standalone Mode

Operate either extruder independently across the full 500×500×500mm volume. Ideal for large-format single-material industrial components.

System Engineering

DP500 Features

Every subsystem engineered for continuous operation, repeatable output, and demanding material profiles.

// F-01

500 × 500 × 500 mm Large-Format 3D Printing

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.

LARGEST IN CLASS

// 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 Specifications

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

Extruder

Direct Drive IDEX

Nozzle Temp

300°C

Heated Bed

120°C

Motion System

Linear Rails + Ball Screws

Filtration

HEPA

HEPA + Carbon

Camera

Optional

LAN + AI Upgrade

Firmware

Klipper / RepRap

Ideal Use

Prototyping

Industrial Production

Specifications

DP500 Technical Specifications

Every parameter that defines the DP500 IDEX platform.

500_mm

Build Volume

Nozzle Temp 300°C

Bed Temp 120°C

Layer Accuracy ±0.05 mm

Repeatability 20 µm

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

Compatible Materials

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

DP500 Printing Performance

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

DP500 Applications

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.

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

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

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

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

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

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.