Medical 3D Printer

Funmat Pro 410

Self-Developed FFF (Fused Filament Fabrication) Core Technologies

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Overview

At Graft 3D, we offer first-class products that utilise the latest innovative medical 3D printing technology, specifically the FUNMAT PRO 410 from Intamsys, a world-leading manufacturing company. The FUNMAT PRO 410 is a high-quality FFF (Fused Filament Fabrication) 3D printer system known for its strong performance. It offers a good build volume and excellent print quality. The FUNMAT PRO 410 is a medical-grade additive manufacturing printer engineered to meet the demanding needs of hospitals, biomedical engineers, and surgical specialists. Designed to process advanced polymers such as PEEK, PEKK, and medical-grade composites, it enables the production of patient specific implants, customized surgical instruments, and anatomical models with unmatched accuracy and safety.

By aligning with ISO 13485, FDA, and CE medical device guidelines, the FUNMAT PRO 410 empowers healthcare institutions to bring implant production closer to the point of care, reducing costs, accelerating surgical planning, and transforming patient outcomes.

Applications in Healthcare

Patient Specific Implants

Print customized cranial plates, spinal cages, dental frameworks, and orthopedic implants using Medical PEEK, a biocompatible polymer with proven long term success inside the human body.

Surgical Guides & Instruments

Fabricate autoclave sterilizable guides, clamps, spacers, and tools tailored to individual surgical procedures, ensuring greater accuracy and reduced operative risk.

Pre-Surgical Planning Models

Create lifelike anatomical replicas based on patient scans (CT, MRI) for surgical rehearsal and education, improving precision and reducing operating room time.

Customized Prosthetics

Design lightweight, patient-specific external prosthetics that improve comfort, mobility, and quality of life.

Technology Advantage

Designed for Medical Grade Precision

High Temperature Capability for Medical Polymers

Dual nozzles reaching 500°C, a build chamber heated up to 90°C, and a print bed up to 160°C enable stable processing of demanding biomaterials such as PEEK and PEEK-CF, ensuring mechanical performance, and biocompatibility for implant use.

Implant Grade Accuracy & Strength

The enclosed, uniformly heated chamber allows precise dimensional stability, critical when printing patient-matched implants which can affect surgical outcomes.

Dual Extrusion for Biocompatible Support Structures

Supports complex implant geometries with water-soluble support materials, leaving clean surfaces safe for patient contact without post processing damage.

Smart Monitoring & Fail safety

Integrated nozzle clog detection, filament runout sensors, humidity control, and automated leveling improve print reliability, minimizing human error and reducing waste in regulated hospital environments.

Sterilization & Compliance Focus

Printed parts are compatible with common sterilization methods such as autoclaving, gamma irradiation, and ethylene oxide, supporting safe use in surgical settings.

Compliance & Standards in Medical 3D Printing

The FUNMAT PRO 410 enables hospitals and medical manufacturers to achieve compliance with international standards for medical device production:

ISO 13485 Ready – Supporting facilities working under certified medical device manufacturing environments.
FDA Guidance – Suitable materials and processes for regulatory submission of additively manufactured implants.
CE-Marking Support – Facilitates production aligned with European medical device directives.

Impact on Surgery & Patient Outcomes

For Surgeons

Access to ready to use implants and tools designed around patient anatomy.
Improved surgical precision and efficiency through patient specific surgical guides.
Reduced dependence on third party suppliers and cutting delays in critical procedures.

For Patients

Faster surgical intervention by enabling on-site, hospital-based implant printing.
Better fit and function of implants, reducing revision surgeries.
Personalized treatment implants designed specifically for their anatomy and pathology.

Case Application

Transforming Healthcare Delivery

Orthopedic Surgery

Patient specific PEEK spinal cages printed on the FUNMAT PRO 410 have been shown to reduce operation time and accelerate recovery.

Cranial Reconstruction

Customized PEEK cranial plates deliver both cosmetic and structural benefits, with superior patient outcomes compared to traditional metal alternatives.

Dental & Maxillofacial

PEEK and PEKK implants allow lightweight, biocompatible dental frameworks resistant to fracture and corrosion.

Technical Parameters

Printing

Technology: FFF (Fused Filament Fabrication)
Build Volume: 305 × 305 × 406 mm (12 × 12 × 16 in)
Layer Thickness: 0.1 – 0.5 mm
Number of Nozzles: 2
Filament Diameter: 1.75 mm
Print Speed: Max. 120 mm/s
Nozzle Diameter: Default: 0.4 mm (Optional: 0.25 / 0.6 mm)
Leveling: Auto Leveling, Manual Leveling
Materials: PEEK, PEEK-CF, PEEK-GF, PEKK, PPS, PC, PC-ABS, PPA-CF, PPA-GF, PA6/66, PA6-CF, PA12, PA12-CF, ABS, ASA, HIPS, SP3030, etc.
Nozzle Temperature: Max. 500 °C (932 °F)
Build Plate Temperature: Max. 160 °C (320 ℉)
Chamber Temperature: Max. 90 °C (194 ℉)
Functions: Auto-cleaning Nozzles, Filament Jam Warning, Filament Absence Warning, Remote Monitoring, Remote Printing, Printing Recovery from Power Loss

Machine

Voltage: 200–240 V, 15 A, 50/60 Hz
Max. Power: 3 kW
Connectivity: WiFi, Ethernet, USB
Screen: 7” Touch Screen
Build Plate: Ceramics Glass Plate with Magnetic Fixations
Build Chamber: Fully Enclosed Printing Chamber
Motor System: High-precision Closed-loop Drive
Cooling: Liquid Cooling System & Fan
Travel Speed: Max. XY 300 mm/s, Max. Z 50 mm/s
Resolution: XY: 15.6 μm; Z: 1.56 μm
Printer Size: 728 × 684 × 1480 mm (35.0 × 34.6 × 66.5 in)
Printer Weight: 230 kg (507 lb)
Other Features: Overall Sealed Design, Built-in Reusable Molecular Sieve to Keep Dry, Temperature & Humidity Real-time Monitoring, Auto Filament Feeding

Safety

Safety design: Electromagnetic Safety Door Lock, Over Temperature Protection, Overload Protection, Leakage Protection, Warning Labels
Safety standards: EN60204 CE
Certification: FCC, SGS

Slicing

Slicing Software: INTAMSUITE NEO
Supported File Types: .stl/.3mf/.obj/.x3d/.g/oltp/.stp/.step/.iges
Operating System: Windows

Operating Environment

Working Temperature: 15 °C ～ 30 °C (59 ℉ ～ 86 ℉)
Working Humidity: 30 ～ 70 %
Storage Temperature: 0 °C ～ 35 °C (32 ℉ ～ 95 ℉)
Storage Humidity: 20 ～ 90 %

Core Functions

INTAM™ Cloud Smart Manufacturing Ecology

Before Printing	During Printing	After Printing
Additive model design Solution comparison and parameter preview Backward design capabilities INTAMSUITE NEO integration	Efficient online production and printing Smart project and study-based workflow management Powerful material and process management library Adaptive line width function	Material and process optimization Print quality prediction and tracking Geometry error detection and repair Open process parameter settings Slicing results preview and comparison SLicDAM-based manufacturability analysis Multiple support types for prints Remote monitoring and printer control

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Why Choose the FUNMAT PRO 410 for Healthcare 3D Printing?

The Intamsys FUNMAT PRO 410 is more than just a high temperature industrial 3D printer. By combining biocompatible material support, ISO 13485 compliance, and hospital ready safety features, it empowers healthcare providers to

Produce implants and prosthetics inhouse

Streamline surgical planning and reduce operation times

Deliver personalized, cost effective, and safer patient care

Frequently Asked Questions

The Funmat Pro 410 3D printer is an FFF system positioned for hospitals, biomedical engineers, and surgical specialists. It's built for medical-grade additive manufacturing, combining good build volume with controlled high-temperature printing for advanced polymers.

It's presented as an industrial 3D printer because it offers a fully enclosed chamber, dual nozzles, smart monitoring, and robust technical specs (large build volume and high speeds). These features improve repeatability for demanding production workflows.

As a high-temperature 3D printer, it supports dual nozzles up to 500°C, a heated build chamber up to 90°C, and a bed up to 160°C. This enables stable printing of high-performance engineering polymers.

Yes. The page lists materials including PEEK, PEKK, PPS, PC, PC-ABS, ABS, ASA, PA12, and reinforced variants (CF/GF). That makes it a strong 3D printer for engineering materials and specialty plastics.

FFF 3D printer high temp means it uses fused filament fabrication while maintaining controlled temperatures for difficult polymers. With a heated chamber and very hot nozzles, it reduces warping and improves dimensional stability on engineering-grade prints.

A dual nozzle industrial 3D printer supports complex geometries using dedicated support strategies. The Funmat Pro 410 highlights dual extrusion for support structures and emphasizes cleaner surfaces for complex parts—useful when printing detailed medical components.

It's positioned as a 3D printer for medical-grade parts by focusing on healthcare applications like patient-specific implants, surgical guides, and anatomical models. The page also highlights compliance readiness and sterilization compatibility for surgical settings.

It's called a 500°C nozzle 3D printer because the maximum nozzle temperature is listed as 500°C (932°F). This capability supports high-performance filaments such as PEEK and reinforced composites that require elevated processing temperatures.

The page frames it as a 3D printing solution for custom implants & prosthetics by enabling printing of patient-specific implants, surgical guides, and customized prosthetics. High-temperature control and enclosed heating help maintain accuracy for patient-matched parts.

Yes—this FDM/FFF-style system is described for both healthcare and industrial needs, with a 305 × 305 × 406 mm build volume and features like remote monitoring and runout sensors. It's built for reliable production workflows.

Funmat Pro 410

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