3D Printed Brain Model Market Report Scope & Overview:

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The 3D Printed Brain Model Market was valued at USD 50.00 million in 2023 and is expected to reach USD 235.42 million by 2032, growing at a CAGR of 18.39% from 2024-2032.

This report on the 3D Printed Brain Model Market offers unique insights into several key aspects shaping the industry. It includes a detailed analysis of adoption trends by application in 2023, highlighting the diverse sectors utilizing 3D-printed brain models for research and education. The report examines end-user expenditure patterns in 2023 to understand how diverse industries spend money on 3D brain models. Furthermore, technological advancements and modality trends from 2023 to 2032 are discussed alongside the role of these models in advancing neuroscience research and medical education, demonstrating their growing importance in medical innovation.

Market dynamics

Drivers

• The rapid growth in 3D printing technology has significantly advanced the capabilities of creating highly detailed and accurate brain models.

The rapid growth in 3D printing technology has significantly advanced the capabilities of creating highly detailed and accurate brain models. Recent developments in additive manufacturing techniques, such as the use of biocompatible materials and enhanced resolution, have allowed for the production of patient-specific, anatomically precise brain models. These innovations are increasing the application of 3D-printed brain models in areas like pre-surgical planning, medical education, and drug testing. Almost all healthcare institutions globally have adopted 3D printing in medical research, leading to more personalized treatment solutions.

• The increasing demand for more efficient and accurate educational tools and research aids in neuroscience has fueled the growth of the 3D-printed brain model market.

The booming demand for more efficient and accurate educational tools and research aids in neuroscience has contributed to the growth of the 3D-printed brain model market. The models carry significant advantages when compared to traditional methods, offering more interactive and detailed visualizations of brain structures. In 2023, around 35% of neuroscience educational programs included 3D-printed brain models in their curricula, supporting the adoption across academic and clinical settings. Moreover, these models help increase understanding of more complex neurological diseases and are extensively applied in the development of new therapeutic products and delivery methods, with market growth promotion.

Restraint

• High upfront costs associated with 3D printing technology and the specialized materials required to create accurate brain models.

One of the significant restraints for the 3D printed brain model market is the upfront costs associated with 3D printing technology, along with the specialized materials needed for accurate brain modeling. Although tremendous strides have been made in general 3D printing affordability, highly detailed, biocompatible brain models still are expensive to produce. Sophisticated printers and special resins or bio-materials for medical-grade models usually incur more operational costs, which limits adoption in the mainstream, especially by smaller healthcare facilities and educational centers. The high cost is currently the biggest inhibitor of market growth since most would-be users cannot justify the cost, especially for regions with strained budgets.

Opportunities

• An emerging market opportunity for the 3D-printed brain model market lies in the increasing demand for personalized medicine and surgical planning.

One of the factors driving the market is the growing market for personalized medicine and surgical planning. Surgeons can plan procedures more accurately based on patient-specific, anatomically correct brain models, improving patient outcomes and minimizing surgical risks. As treatments are becoming more and more personalized, especially for complex procedures in neurosurgery, 3D printed models of human brains will provide an effective and efficient tool for planning before the procedure and caring for patients recovering from operation. As healthcare institutions embrace patient-specific health decisions, this trend is likely to stimulate demand for advanced 3D printing technologies,  leading to significant opportunities for firms that offer specialized 3D modeling solutions.

Challenges

• A significant challenge in the 3D Printed Brain Model Market is the lack of regulatory standardization and complex approval processes.

The obstacle for the 3D Printed Brain Model Market is the dearth of regulatory standardization and entire approval processes. As these models are used in surgical planning, medical training, and research, they have to comply with strict regulatory guidelines by authoritative bodies such as the FDA, CE Mark, and other national health authorities. Yet, there are no universal standards for evaluating the safety, accuracy, and reliability of printed brain models, which results in variable quality standards. The lack of clear regulation pathways decreases the pace of product approvals and commercialization, forcing manufacturers into lengthy procedures to scale production and gain traction in global healthcare systems. Emerging laws must be learned and complied with non-stop, turning compliance efforts into money factories. This complexity makes it highly difficult for small companies and start-ups to enter the market and contribute to innovation and competition.

Segment Analysis

By Type

The anatomical models segment dominated the market in 2023, holding the highest market share. This is mainly due to advancements in 3D printing technology, which allow for the production of highly detailed and accurate models for medical education and surgical planning. Companies have been actively launching innovative products in this space; for example, firms specializing in 3D printing have developed patient-specific brain models to help neurosurgeons in preoperative planning.

By Material

In 2023, Polylactic Acid, or PLA, dominated the 3D printing brain model market. PLA's widespread use is based on its biodegradability, ease of use, and cost-effectiveness, making it a favorite in applications such as prototyping and educational models. Companies have actively developed PLA-based products for the increasing demand.

For example, by improving mechanical properties and color stability, PLA filaments have further opened the scope for wide applications. With PLA, the detail and safety that can be observed in the 3D-printed brain models are suitable for high-anatomical replication in medical education and pre-surgical planning. Accurate models and affordability with the help of PLA have been pivotal in advancing neurosurgical training and patient-specific surgical rehearsals.

The segments of Thermoplastic Polyurethane (TPU) and Nylon are expected to be the significant-growing segments. This growth is attributed to the demand for flexible and strong materials for different industries, which companies are trying to fulfill by launching innovative TPU and Nylon filaments that display improved flexibility, strength, and chemical resistance.

By Application

The neurosurgery segment dominated the market with 41.23% market share in 2023. This predominance arises from the rising usage of 3D-printed brain models in surgical planning, simulation, and training. These models contribute to accurate, patient-specific anatomical replicas of complex brain structures, enhance their understanding, and improve surgical outcomes on the part of neurosurgeons. Among the most recent advancements are 3D-printed disease models for neurosurgical planning and simulation, for which successful integration into clinical practice has been achieved.

By Modality

In 2023, the MRI-based models segment dominated the 3D-printed brain model market. This is due to the ability of MRI to provide high-resolution and detailed images of the structure of the brain, thus assisting in the formation of accurate patient-specific models. Companies have been using this modality to generate advanced 3D-printed brain models for use in surgical planning and medical education. For example, 3D Systems launched MRI-based 3D printed brain models, which help neurosurgeons during preoperative planning by providing a precise anatomical representation.

The multi-modality model segment is expected to grow with the fastest CAGR over the forecasted period. This growth is because of the data that combines multiple imaging modalities such as MRI, CT, and PET scans to give a comprehensive 3D-printed brain model. Companies are developing multi-modality models to give an all-inclusive view of brain anatomy and pathology. For example, firms are now merging MRI and CT data to generate models that will provide soft tissue and bone detail, which helps in more accurate surgical planning and educational tools.

By End User

In 2023, The hospitals segment dominated the market, led by the adoption of these models for surgical planning, patient education, and preoperative simulations. Hospitals use 3D-printed brain models to improve the accuracy of neurosurgical procedures. This is made possible by having a better visualization of complex brain structures and pathologies. Companies like 3D Systems have created MRI-based 3D printed brain models to help neurosurgeons prepare for surgery in advance by providing accurate anatomical representations. The models help the neurosurgeon better understand complex brain structures, which may lead to improved surgical outcomes.

The research institutions segment is expected to grow at the fastest growth rate in the forecast period. Its demand is increasing because of the increased usage of 3D printed brain models in neuroscience and educational applications and many new medical devices in medical fields. Research institutions are using these models to study brain anatomy, simulate neurological conditions, and develop innovative treatments. Companies are developing multi-modality models that can provide a more holistic view of brain anatomy and pathology.

Regional Analysis

North America dominated the market with a 35.46% market share in 2023, attributing this development to strong regional healthcare infrastructure, leading institutes, and vast adoption of more advanced technologies within the region. Major key contributors in this sphere are Materialise and Stratasys. The more significant investment being made into medicine technologies by those makes North America the number-one leader of all in 3D printing applications. Besides, neurology and medical education research have been boosted with government and private sector funding, and demand for personalized medicine and advanced surgical planning has further supported the market's growth. Furthermore, North America leads in this sector as it is open to investing in novel technologies to help patients improve.

Asia Pacific will experience the fastest growth of the 3D printed brain model market, with a 21.59% market share on account of increased healthcare technology innovations and increased expenditure on healthcare in countries like China, India, and Japan. Investments in research and education, along with an ever-increasing desire to improve health care accessibility, increase the demand for advanced 3D printed models. The region has seen rapid growth in medical institutions, universities, and research organizations, as well as interest in personalized and precise healthcare solutions. This will position Asia Pacific as a fast-growing market for 3D-printed brain models. Further support for growth is provided by affordable manufacturing costs and a large, diverse population that needs advanced medical care.

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Some of the major key players in the 3D Printed Brain Model Market

• Stratasys Ltd. (J750 Digital Anatomy Printer, F120 3D Printer)

• Materialise NV (Mimics inPrint Software, Materialise Medical 3D Printing Service)

• 3D Systems, Inc. (ProJet MJP 2500 Plus, DMP Flex 350)

• Axial3D (Axial3D Medical Models, Axial3D Software Platform)

• Ultimaker BV (Ultimaker S5 3D Printer, Cura Software for Medical Applications)

• Formlabs Inc. (Form 3B+ Dental and Medical Printer, Surgical Guide Resin)

• EnvisionTEC (Perfactory Micro Plus XL, E-Dent 3D Printing Material)

• Shapeways, Inc. (Custom Anatomical Models, SLA 3D Printing Services)

• Medprin Biotech GmbH (ReDura Cranial Repair Implants, Customized Brain Surgery Models)

• Anatomage Inc. (Anatomage Table, Virtual Dissection Models)

• Synopsys, Inc. (Simpleware ScanIP Software, Customized 3D Printed Brain Models)

• Renishaw Plc (RenAM 500Q Metal Printer, Laser Powder Bed Fusion Technology)

• Voxeljet AG (VX1000 Multi-Material Printer, High-Precision Resin Models)

• GE Additive (Concept Laser M2 Series 5 Printer, Arcam EBM Q10plus)

• Prodways Group (ProMaker P1000 SLS Printer, Medical Resin Materials)

• Simbionix (NeuroVR Surgical Training Simulators, Patient-Specific 3D Models)

• BioDigital, Inc. (BioDigital Human Platform, 3D Brain Model Simulation Tools)

• KLS Martin Group (Individual Patient Solutions (IPS) Implants, 3D Cranial and Brain Models)

• Zortrax SA (Zortrax M300 Plus 3D Printer, Z-ULTRAT Medical Filament)

• TissueLabs (Brain-on-a-Chip Models, 3D Bioprinted Brain Tissue)

Suppliers (These suppliers are pivotal in supporting the production of 3D printed brain models by providing the necessary raw materials, advanced polymers, and other 3D printing solutions tailored to the medical industry.)

• BASF SE

• Evonik Industries AG

• 3D Hubs (Hubs by Protolabs)

• Covestro AG

• Arkema S.A.

• Royal DSM

• Lubrizol Corporation

• Dow Inc.

• Henkel AG & Co. KGaA

• Solvay S.A.

Recent development

• In July 2024, Stratasys launched the J5 Digital Anatomy printer, which significantly enhances anatomical realism by producing life-like, patient-specific models. These models are designed to aid in pre-operative surgical planning, potentially reducing both operating room time and associated costs. Additionally, the realistic models improve communication between medical staff and patients, further enhancing the overall care experience.

• In December 2024, Materialise introduced its fully integrated Mimics platform, aimed at optimizing advanced 3D planning and personalized device creation. The platform enhances efficiency in patient care, providing medical device companies and hospitals worldwide with greater access to tailored healthcare solutions.

• In September 2024, 3D Systems announced the FDA clearance of the world's first 3D-printed PEEK cranial implants, the VSP PEEK Cranial Implant. Specifically designed for cranioplasty procedures, these implants restore skull defects and offer mechanical properties that closely resemble human bone.

• In December 2024, Axial3D secured $18.2 million in funding during an investment round to expand its AI-powered 3D medical imaging technology. This funding aims to accelerate the company's mission to make patient-specific healthcare more accessible worldwide.