DP500
IDEX 3D Printer

Name: DP500-IDEX Independent Dual Extruder 3D Printer
Brand: Garuda3D
SKU: dp500-idex
Price: Contact for pricing INR
Availability: InStock
Rating: 4.8 (14 reviews)

Unlock endless possibilities with our IDEX 3D printer.

Two Printing heads to double the productivity.

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IDEX DP-500 3D Printer:

Precision, Productivity, and Industrial Performance

• The IDEX DP-500 3D Printer redefines large-scale Additive Manufacturing with its Independent Dual Extruder (IDEX) Technology.

• Engineered for Industrial-Grade productivity, this printer combines a robust 500x500x500mm build volume with unparalleled precision, enabling professionals to effortlessly tackle complex projects—from Multi-Material prototypes to high-volume small batch production.

Why IDEX Technology?

Unlike traditional Dual-extruder systems that share a single carriage, the DP-500’s extruders operate Independently on the X-axis. This unlocks Four transformative modes:

• Duplicate Mode: Print two identical models simultaneously, doubling output.

• Mirror Mode: Create symmetrical parts (e.g., prosthetics, automotive components) with flawless accuracy.

• Multi-Material Mode: Combine rigid, flexible, or soluble materials in a single print for advanced functional parts.

• Auto or Standalone mode: Print independently with Left or Right extruder seperately

Built for Demanding Workflows

• Industrial-Grade Precision: Dual-Z axis lead screws and TMC2209 silent stepper drivers ensure layer consistency (±0.05mm) even at speeds up to 200mm/s in Duplicate Mode.

• Material Versatility: Print PLA, ABS, PETG, TPU, Nylon and Abrasive composites (Carbon fiber, Glass fiber) using a 300°C all-metal hot end and PEI magnetic spring steel bed (120°C max).

• Proven Reliability: Pre-assembled Extruders, Auto-Bed Leveling and Thermal runaway protection minimize downtime.

Engineered for Professionals

• Large-Scale Applications: Ideal for functional Prototypes, Custom Tooling, End-use parts, and multi-material assemblies in aerospace, automotive, and robotics.

• Smart Connectivity: 5” touchscreen, Wi-Fi/Ethernet, and compatibility with Klipper firmware for seamless workflow integration.

Double the Productivity with True IDEX Technology

Independent Dual Extruders (IDEX): Operate simultaneously on the X-axis, enabling parallel workflows.
Duplicate Mode: Print 4–8 identical parts per cycle (e.g., 20 drone propellers in 5 cycles).
Mirror Mode: Create large symmetrical components (e.g., automotive body panels, UAV wings) with sub-20µm alignment accuracy.

Benefit: Achieve 120mm/s print speeds in Duplicate Mode, cutting production time by 60% for high-volume batches or oversized prototypes.

Engineering-Grade Material Compatibility

Standard Filaments: PLA, ABS, PETG, TPU.
High-Performance Polymers: Nylon, Polycarbonate (PC), ASA.
Abrasive Composites: Carbon fiber, Glass fiber filaments (requires hardened steel 0.4mm nozzle).

Benefit: Produce heat-resistant (up to 300°C), chemically stable, and load-bearing parts for Aerospace, Robotics, and Functional Prototyping.

Advanced Print Modes for Unmatched Versatility

IDEX Mode: Combine rigid PC with flexible TPU for monolithic multi-material assemblies (e.g., industrial grippers with shock-absorbing handles).
Support Mode: Print dissolvable PVA supports for massive overhangs (e.g., ship propeller blades, architectural lattices).
Hybrid Mode: Layer carbon fiber-reinforced PETG with conductive PLA for embedded smart sensors.

Benefit: Achieve zero post-processing on complex geometries, even at 500mm³ scale.

Carbon Fiber-Reinforced Part Optimization

Hardened Steel Nozzle & Extruder Gears: Designed for abrasion resistance with reinforced materials.
High-Torque Stepper Motors: Push dense composites without skipping or under-extrusion.

Advantages:

• Strength-to-Weight Ratio: Ideal for Drone Arms, RC Car chassis, or Robotic joints.
• Minimal Warping: PEI Magnetic Spring Steel bed (heated to 120°C) ensures adhesion

Benefit: Replace machined metal parts with Lightweight, High-strength alternatives.

High-Speed Performance with Klipper Firmware

Input Shaping & Pressure Advance: Eliminate ghosting and over-extrusion at speeds up to 120mm/s.
LAN Connectivity: Remote monitoring/control via OctoPrint or Mainsail.

Smart Failure Detection (Optional Add-Ons)

Standard: Filament runout & jam sensor, thermal runaway protection.
Optional AI Monitoring: Camera-based system detects spaghetti prints, layer shifts, and nozzle clogs using machine learning.

Benefit: Reduce waste by 30% during long prints (e.g., 24-hour jobs).

Industrial-Grade Motion System

Linear Guide Rails: Replace belts for minimal backlash and 10,000+ hour operational lifespan.
Dual Ball Screws: Ensure Z-axis stability during tall or fast prints.

Benefit: Achieve <20µm repeatability and eliminate ringing/ghosting artifacts.


Print Technology	FFF (Fused Filament Fabrication)
Print Volume	500x500x500mm – Single Mode (Either Left or Right extruder separately) 220x500x500mm – Duplicate and Mirror Mode
Extruders	Independent Dual Extruder (IDEX)
Nozzle Diameter	0.4mm (Interchangeable from 0.4mm to 1.2mm)
Print Resume on Power Outage	No (Recommended to connect with an inverter)
Filament Runout / Jam Detection	Yes
Build Plate Leveling	Automatic with Bed Leveling Sensor
Display Control Panel	Supplied with Full Touch 5” HDMI Screen
Print Speed	60-120mm/s (Depends on part geometry)


Mechanics - XY	Higher Quality Linear Guide Rails
Mechanics - Z	Ball Screws
Enclosure	Fully Metal Enclosed
Camera Monitoring	LAN-Based Camera Monitoring and Control (Optional)
Firmware	Klipper
Filter System	HEPA with Activated Carbon


Operating Temperature	15⁰C to 45⁰C
Nozzle Temperature	300°C
Heating Bed	Aero Grade 7075 T6 Aluminum, Faster AC Silicon Heat Bed up to 120°C
Build Plate	Glass Plate / Spring Steel PEI Magnetic Build Plate


Filament Diameter	1.75mm
Supported Filaments	PLA, ABS, PETG, ASA, TPU, Nylon, PC, Carbon Fiber and Glass Fiber Composite Materials
Filament Support	Open Filament from any Branded Company


Supported File Types	.STL, .OBJ, .3MF
Supported OS	Windows, MacOS, Linux
File Transfer and Connectivity	USB, SD-Card, Web-UI
Slicing Software	Cura, Simplify3D
Printer Control Software	Klipper, RepRap


Inputs	240V AC, 50Hz
Connectivity	USB, Ethernet, WiFi

Industrial Manufacturing & Tooling

Why IDEX?

Duplicate Mode Doubles output for Small-Batch production (e.g., 20 Identical Jigs in 10 cycles).
Multi-material Mode Combines engineering-grade Polymers (PC, Nylon) with flexible TPU for Grippers, Seals, or shock-absorbing components.

Examples:

Custom Fixtures: Heat-resistant (120°C) assembly line tools printed in carbon fiber-reinforced PA.
Wear Parts: Conveyor belt guides with abrasion-resistant carbon fiber composites.

Aerospace & Automotive Engineering

Why IDEX?

Mirror Mode ensures Symmetrical, Lightweight components (e.g., Drone arms, Turbocharger housings).
Dual-Material Printing: Combustible ducting with Flame-retardant PC outer layers and flexible TPU seals.

Examples:

Cabin Components: FAA-compliant ductwork printed in ABS with embedded PVA airflow sensors.
Prototype Turbines: Carbon fiber-PC hybrid blades tested at 15,000 RPM.
Custom Brackets: Aluminum-filled PETG mounts for engine bays.

Healthcare & Medical Devices

Why IDEX?

Biocompatible Materials: Print surgical guides in sterilizable PETG with dissolvable PVA supports.
Multi-Material Anatomical Models: Combine rigid PLA bones with flexible TPU muscle tissue for pre-op planning.

Examples:

Prosthetics: Mirror Mode creates perfectly symmetrical sockets in carbon fiber-nylon composites.
Dental Aligners: Watertight trays printed in medical-grade resin with soluble supports.
Organ Replicas: Multi-color, multi-material heart models for surgical training.

Robotics & Advanced Automation

Why IDEX?

Multi-Material Assemblies: Print gears (rigid PC) with integrated dampeners (flexible TPU) in one job.
Carbon Fiber Optimization: Lightweight robotic arms with ±0.05mm dimensional accuracy.

Examples:

Gripper Systems: Dual-material fingers with rigid cores and textured TPU pads.
Drone Frames: Carbon fiber-PLA chassis with embedded cable channels.
Sensor Housings: EMI-shielding enclosures printed in conductive PLA.

Consumer Product Development

Why IDEX?

Aesthetic + Functional Designs: Soft-touch TPU grips fused to rigid ABS handles.
Batch Production: Duplicate Mode prints 50 phone cases in 25 cycles.

Examples:

Sportswear: 3D-printed shoe midsoles with gradient density (TPU/PLA blends).
IoT Devices: Waterproof sensor housings in PETG with embedded PC connectors.

Education & Research

Why IDEX?

STEM Projects: Print multi-material Robotics kits (e.g., Gears + Belts in one job).
Material Science: Test carbon fiber-PLA composites for tensile strength.

Examples:

Engineering Labs: Batch-print 30 identical turbine blades for student testing.
Architecture Models: Mirror Mode for symmetrical skyscraper facades with PLA/wood-fill blends.

Energy & Heavy Machinery

Why IDEX?

High-Temp Parts: Print oil-resistant gaskets in Viton-like TPU.
Corrosion-Resistant Tooling: Marine-grade components in ASA with carbon fiber reinforcement.

Examples:

Wind Turbine Parts: Sensor mounts printed in UV-stable ASA.
Pipeline Fixtures: Dissolvable PVA supports for intricate valve housings in Nylon.

Single Extrusion

Dual Extrusion

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DP500IDEX 3D Printer

Unlock endless possibilities with our IDEX 3D printer.

Two Printing heads to double the productivity.

IDEX DP-500 3D Printer

IDEX DP-500 3D Printer:

Why IDEX Technology?

Built for Demanding Workflows

Engineered for Professionals

Double the Productivity with True IDEX Technology

Engineering-Grade Material Compatibility

Advanced Print Modes for Unmatched Versatility

Carbon Fiber-Reinforced Part Optimization

Advantages:

High-Speed Performance with Klipper Firmware

Smart Failure Detection (Optional Add-Ons)

Industrial-Grade Motion System

Industrial Manufacturing & Tooling

Why IDEX?

Examples:

Aerospace & Automotive Engineering

Why IDEX?

Examples:

Healthcare & Medical Devices

Why IDEX?

Examples:

Robotics & Advanced Automation

Why IDEX?

Examples:

Consumer Product Development

Why IDEX?

Examples:

Education & Research

Why IDEX?

Examples:

Energy & Heavy Machinery

Why IDEX?

Examples:

"Advanced FFF & SSE 3D Printing Solutions for Real-World Manufacturing"

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DP500
IDEX 3D Printer