How can your 3D printed customized orthopedic solutions business truly maximize its profitability in a competitive landscape? Are you ready to unlock significant growth and enhance your market position? Explore nine powerful strategies designed to elevate your margins and streamline operations, ensuring your venture thrives; discover how a robust financial framework can guide these efforts at FinancialModelExcel.com.
Increasing Profit Strategies
To significantly enhance the profitability of a 3D printed customized orthopedic solutions business, a multi-faceted approach is essential. The following table outlines key strategies, detailing their potential impact on profit and revenue generation, leveraging direct collaboration, strategic pricing, and operational efficiencies.
| Strategy | Impact |
|---|---|
| Collaborating with Hospitals for 3D Printed Orthopedics | Taps into the largest end-user segment for 3D printing medical devices, projected to reach USD 23 billion by 2028, significantly expanding market access and revenue potential. |
| Implementing Value-Based Pricing Strategies | A commission fee model of over 25% can be more profitable than designer mark-ups for platforms offering both standard and customized products, particularly when quality differences are high. |
| Expanding 3D Printed Orthopedic Product Line | Captures a larger market share by diversifying offerings into high-growth areas like customized insoles or rehabilitation devices, creating multiple revenue streams. |
| Marketing Directly to Orthopedic Surgeons | Drives adoption by targeting primary decision-makers, leading to increased sales and market penetration for patient-specific instruments and implants. |
| Optimizing Workflow for Custom Orthopedic Device Production | Reduces manual labor and saves time, improving profit margins by cutting production costs and increasing throughput, allowing for batch manufacturing of multiple devices simultaneously. |
What Is The Profit Potential Of 3D Printed Customized Orthopedic Solutions?
The profit potential for 3D Printed Customized Orthopedic Solutions is substantial, driven by the increasing demand for personalized medicine and advancements in additive manufacturing technology. The global market for 3D printing medical devices is experiencing rapid growth, with the orthopedic segment being a significant contributor. This growth stems from the ability of additive manufacturing to create complex, patient-specific devices that enhance surgical outcomes and patient comfort, providing a clear competitive edge for businesses like AdaptivOrtho.
The market data clearly illustrates this upward trend. The global 3D printing medical devices market was valued at USD 3.44 billion in 2024 and is projected to reach USD 13.17 billion by 2033, growing at a compound annual growth rate (CAGR) of 16.1%. North America alone is expected to account for 40% of this growth, highlighting a strong regional opportunity. For more detailed insights into the market, you can refer to articles like this one on the cost of opening a 3D printed orthopedic solutions business.
The custom prosthetics and implants segment holds the largest share of the 3D printing medical devices market. This segment is projected to grow to USD 1.9 billion by 2028. This robust growth is fueled by the inherent advantages of additive manufacturing, which allows for the creation of unique, patient-specific devices. These devices offer superior fit and function compared to off-the-shelf alternatives, leading to better patient recovery and satisfaction.
Businesses leveraging 3D printing can achieve significant cost savings and improved profit margins. For instance, bringing 3D printing in-house for prototyping medical devices can reduce costs by as much as 70%. This efficiency directly impacts profitability. Furthermore, using 3D printed surgical guides offers substantial operational savings for healthcare providers. Such guides can save an average of 62 minutes in operating room time, translating to a cost saving of approximately $3,720 per case. This value proposition makes 3D printed orthopedic solutions highly attractive to hospitals and clinics.
Key Profit Drivers for 3D Printed Orthopedic Solutions:
- Market Growth: The overall 3D printing medical devices market is expanding rapidly, with orthopedics as a leading segment.
- Personalized Demand: High demand for patient-specific implants and prosthetics ensures premium pricing and strong value.
- Cost Efficiency: In-house prototyping and optimized production workflows reduce operational expenses by up to 70%.
- Operational Savings for Clients: Solutions like surgical guides save significant operating room time (62 minutes per case) and costs (~$3,720 per case) for healthcare providers.
What Are The Most Profitable 3D Printed Orthopedic Products?
The most profitable products within the 3D printed orthopedic sector are patient-specific implants, custom surgical guides, and prosthetics. These solutions offer high value because they are tailored to individual patient anatomy, leading to improved surgical outcomes and reduced recovery times. This customization allows businesses like AdaptivOrtho to command premium pricing due to the significant benefits delivered to both patients and healthcare providers.
The market data clearly shows the dominance of customized solutions. The custom implants and prosthetics segment is the largest in the 3D printed medical devices market. It was valued at USD 0.88 billion in 2023 and is projected to reach USD 1.9 billion by 2028, demonstrating a robust Compound Annual Growth Rate (CAGR) of 17.1%. This growth highlights the demand for personalized orthopedic devices, making them a prime focus for profitability. For more insights on financial aspects, consider resources like how much an owner makes in a 3D printed orthopedic solutions business.
Key Profitable 3D Printed Orthopedic Products:
- Patient-Specific Implants: These include customized knee, hip, and spinal implants. Their precise fit minimizes complications and often shortens surgery duration.
- Custom Surgical Guides: These guides assist surgeons in precise instrument placement and bone cutting. Studies show that using 3D printed surgical guides can save an average of 23 minutes per procedure, translating to a significant cost saving of $1,488 per case for the healthcare provider. This efficiency drives their profitability.
- Prosthetics: This segment dominated the market in 2024. The demand is consistently high due to factors like traumatic incidents and chronic diseases, which lead to approximately 185,000 amputations annually in the US. Custom 3D printed prosthetics offer superior fit, comfort, and functionality compared to off-the-shelf options.
Focusing on these high-value, patient-specific solutions allows businesses in 3D printed orthopedics to maximize revenue and achieve strong profit margins. The ability to deliver enhanced patient outcomes directly translates into higher perceived value and willingness to pay by healthcare systems.
How Can A Business Reduce The Cost Of 3D Printing Orthopedic Devices?
Businesses like AdaptivOrtho can significantly reduce the cost of 3D printing orthopedic devices by focusing on three key areas: minimizing material waste, investing in cost-effective printing technologies, and streamlining the production workflow. These strategies are crucial for improving profit margins in the highly specialized field of 3D printed orthopedics. Efficient production directly impacts the affordability and accessibility of personalized orthopedic devices, making them more viable for widespread adoption in healthcare.
One effective method involves adopting additive manufacturing processes, which inherently reduce material waste compared to traditional subtractive methods. When a device is carved from a larger block of material, a substantial portion is discarded. In contrast, 3D printing builds objects layer by layer, using only the necessary material. This efficiency, combined with on-demand production capabilities, substantially lowers overall production costs for custom orthopedic solutions. For instance, bringing prototyping in-house with desktop 3D printers can cut costs by up to 70% and accelerate the development cycle compared to outsourcing, as highlighted in articles like Cost of Opening a 3D Printed Orthopedic Solutions Business.
Strategies for Cost Reduction in 3D Printed Orthopedics
- Optimize Material Use: Additive manufacturing inherently reduces waste compared to traditional methods, using only necessary material. This efficiency lowers overall production costs for personalized orthopedic devices.
- Invest in Cost-Effective Technologies: Utilize Fused Deposition Modeling (FDM) printers and materials like Polylactic Acid (PLA) for non-implantable applications, such as surgical models and prototypes. These are significantly more economical than specialized implant-grade technologies.
- Streamline Workflow: Implement AI-powered software for automated image segmentation and 3D model creation. This reduces manual labor and speeds up the design phase, improving overall efficiency and throughput.
- In-House Prototyping: Bringing prototyping in-house with desktop 3D printers can reduce costs by up to 70% and accelerate the development cycle, avoiding expensive outsourcing.
Investing in appropriate printing technologies also plays a vital role. For non-implantable applications, such as surgical models and prototypes, utilizing Fused Deposition Modeling (FDM) printers and materials like Polylactic Acid (PLA) can be far more cost-effective compared to other advanced technologies required for implantable devices. This strategic choice helps manage initial capital expenditure and ongoing operational costs for businesses specializing in custom orthopedic solutions. For example, AdaptivOrtho can use FDM for patient-specific surgical guides or anatomical models, reserving more expensive technologies for patient-specific implants.
Finally, streamlining the production workflow is critical for improving profit margins. This involves optimizing the digital process from the initial patient scan to the final printed product. Implementing AI-powered software, for instance, can automate and significantly speed up the time-consuming process of segmenting medical images, like CT scans, to create accurate 3D models. A streamlined digital workflow reduces manual labor and the number of steps compared to traditional fabrication, cutting out processes like plaster casting and manual modifications. This efficiency directly translates to lower labor costs and faster turnaround times for personalized orthopedic devices.
What Is The Future Of 3D Printing In Orthopedic Surgery?
The future of 3D printed orthopedics is rapidly evolving, driven by innovations in materials, automation, and personalized care. This sector is moving towards highly integrated solutions that improve surgical precision and patient recovery. The market for orthopedic 3D-printed devices is projected to grow significantly, indicating strong opportunities for businesses in this field, such as AdaptivOrtho.
The orthopedic 3D-printed devices market is expected to grow by USD 13.5 billion at a compound annual growth rate (CAGR) of 16.53% between 2023 and 2028. This growth is fueled by advancements in additive manufacturing orthopedics, enabling more complex and patient-specific implants.
Key Innovations Shaping the Future of 3D Printed Orthopedics
- Bioprinting: This emerging technology involves printing living cells and biomaterials to create functional tissues and organs. In orthopedics, bioprinting aims to regenerate cartilage, bone, and other musculoskeletal tissues, potentially offering permanent solutions for degenerative conditions.
- Smart Implants and Sensors: Future orthopedic implants will integrate Internet of Things (IoT) sensors. These smart implants can monitor healing progress, detect early signs of infection, or assess load-bearing capabilities in real-time, providing crucial data for patient care and preventing complications.
- Artificial Intelligence (AI) and Robotics Integration: AI will enhance surgical planning by enabling faster, more accurate modeling of patient-specific implants and surgical guides. Robotics will assist in precise placement during surgery, reducing human error and improving outcomes. This integration optimizes the workflow for custom orthopedic device production.
- Advanced Materials: Research is ongoing into new biomaterials that offer enhanced biocompatibility, strength, and biodegradability. These materials will allow for even more functional and durable patient-specific implants.
These advancements will lead to even more tailored and effective personalized orthopedic devices. Businesses like AdaptivOrtho, focusing on custom orthopedic solutions, are well-positioned to capitalize on these trends. For further insights into the profitability of this sector, consider exploring resources like how much a 3D printed orthopedic solutions business owner makes.
What Are The Regulatory Hurdles For 3D Printed Medical Devices?
Navigating the regulatory landscape is a critical aspect for businesses like AdaptivOrtho specializing in 3D printed orthopedics. In the USA, the primary regulatory body is the Food and Drug Administration (FDA). The FDA's frameworks are continually evolving, especially for medical devices produced at the point of care, which is a common application for patient-specific solutions.
Most 3D printed medical devices fall under the FDA's existing tiered classification system: Class I, Class II, and Class III. Many devices achieve market clearance through the 510(k) pathway. This process requires manufacturers to demonstrate that their new device is substantially equivalent to a legally marketed predicate device. This pathway is often used for devices like patient-specific surgical guides 3D printing, which can be compared to existing, non-3D printed guides.
A significant challenge arises from the complexity and novelty of highly personalized devices, such as unique patient-specific implants. These may not have a clear predicate device for comparison under the 510(k) pathway. In such cases, a more rigorous Premarket Approval (PMA) process might be required. The PMA process is more extensive and demands significant clinical data to prove the device's safety and effectiveness, adding to the development timeline and costs for businesses aiming to provide advanced custom orthopedic solutions.
Key Regulatory Considerations for 3D Printed Devices:
- FDA Focus: The FDA regulates the medical devices themselves, not the 3D printers used to create them.
- Process Validation: Manufacturers must validate their entire production process. This includes everything from the initial software design and material handling to the post-processing steps.
- Ensuring Safety and Effectiveness: Rigorous validation ensures the final 3D printed orthopedic product is consistently safe and effective for patient use. This stringent requirement is crucial for building machine trust authority in the medical field.
- Documentation: Comprehensive documentation of every step in the manufacturing process is essential for regulatory compliance and audit readiness. For more on navigating these operational aspects, consider resources like FinancialModelExcel.com's insights on opening a 3D printed orthopedic solutions business.
Understanding and meticulously adhering to these regulatory requirements is paramount for any business in the medical 3D printing business. It ensures market access and establishes credibility, ultimately contributing to the long-term success and profitability of innovative ventures like AdaptivOrtho.
How Does Additive Manufacturing Change The Orthopedic Supply Chain?
Additive manufacturing, specifically 3D printing, fundamentally transforms the orthopedic supply chain by shifting from a centralized, mass-production model to a decentralized, on-demand approach. This change significantly reduces lead times and inventory costs for businesses like AdaptivOrtho. Traditional supply chains for custom implants often involve weeks of waiting. In contrast, 3D printing allows for the production of a patient-specific device in a matter of hours, potentially cutting lead times by over 90%. This efficiency is a key advantage for 3D printed orthopedic solutions.
This shift enables hospitals and localized hubs to print devices on-site. Such a model helps healthcare providers reduce their inventory of standard-sized implants, leading to estimated savings of 20-30% in inventory management costs. The process simplifies multiple manufacturing steps—like forging, machining, and coating—into a single printing operation. This consolidation reduces the number of vendors and logistical complexities for medical device Original Equipment Manufacturers (OEMs), streamlining the entire production and delivery process for custom orthopedic solutions.
Key Impacts on Orthopedic Supply Chain:
- Reduced Lead Times: Patient-specific devices can be produced in hours, not weeks.
- Lower Inventory Costs: On-site or localized printing minimizes the need for large, costly inventories.
- Streamlined Production: Multiple traditional manufacturing steps are consolidated into one additive manufacturing process.
- Fewer Vendors: Simplifies procurement and logistics by reducing the number of external suppliers.
Why Is Personalized Medicine Important In Orthopedics?
Personalized medicine is vital in orthopedics because it tailors treatments and devices to an individual's unique anatomy and condition. This approach leads to significantly better patient outcomes, reduced complications, and higher satisfaction. For businesses like AdaptivOrtho, focusing on patient-specific solutions offers a strong competitive advantage by addressing the limitations of generic devices.
Patient-specific implants and surgical guides, created through 3D printing, ensure a better fit. This precision can improve implant integration, reduce surgery duration, and minimize the risk of revision surgeries. The ability to customize for each patient directly contributes to accelerated recovery and enhanced comfort, which are key benefits for patients.
Studies consistently demonstrate the impact of personalized approaches. For instance, personalized treatment plans, guided by advanced imaging and genetic testing, result in improved outcomes for procedures like total knee arthroplasty. Furthermore, 3D-printed, patient-specific rods for spine surgery have shown superior biomechanical properties, reducing the risk of postoperative fractures and enhancing overall patient care. This level of customization is a cornerstone for increasing profits in a 3D printed customized orthopedic solutions business.
How Can Collaborating With Hospitals For 3D Printed Orthopedics Boost Profitability?
Collaborating directly with hospitals is a pivotal strategy for AdaptivOrtho to significantly boost profitability within the 3D printed orthopedics sector. This approach involves establishing point-of-care 3D printing labs directly within clinical settings. Integrating additive manufacturing orthopedics into the hospital workflow increases the adoption of custom orthopedic solutions. Surgeons and radiologists can be directly involved in the design and production process, leading to enhanced surgical planning and improved patient outcomes. This direct involvement makes the technology more accessible and trusted by medical professionals.
Hospitals and surgical centers represent the largest end-user segment for 3D printing medical devices. This market is projected to reach an impressive USD 23 billion by 2028. Direct partnerships allow AdaptivOrtho to tap into this primary market effectively, securing consistent demand for personalized orthopedic devices. This ensures a steady revenue stream and accelerates the growth of the medical 3D printing business by bypassing traditional distribution channels.
Funding Point-of-Care 3D Printing
- Internal Departmental Billing: Hospitals can fund point-of-care manufacturing by billing departments for custom devices, integrating costs into existing operational budgets.
- Research Grants: Securing research grants can provide initial funding for establishing and operating in-house 3D printing capabilities, often tied to studies on improved patient outcomes or surgical efficiencies.
- Cost Avoidance Demonstration: Tracking improved surgical outcomes, such as reduced operating times and lower complication rates, demonstrates significant cost avoidance. This justifies investment by showing direct financial benefits to the hospital.
A point-of-care presence allows for rapid iteration and customization, directly addressing the needs of specific cases. This model enhances the value proposition of patient-specific implants and surgical guides, making AdaptivOrtho an indispensable partner in advanced orthopedic care. It also creates opportunities for long-term contracts and deeper integration into the hospital's supply chain, solidifying market position and increasing orthopedic profit strategies.
What Pricing Strategies For 3D Printed Medical Devices Can Maximize Revenue?
Maximizing revenue for a 3D Printed Customized Orthopedic Solutions business like AdaptivOrtho hinges on strategic pricing. The most effective approach is a value-based pricing model. This means the price reflects the significant benefits delivered, not just the production cost. For instance, patient-specific implants can lead to reduced surgery time, improved patient outcomes, and lower revision rates. These tangible benefits provide substantial economic value to healthcare providers and patients, justifying a premium price. Businesses in the medical 3D printing sector must clearly articulate these advantages to secure optimal pricing.
Pricing for 3D printed medical devices is inherently complex. It requires a detailed understanding of various cost components beyond just materials. Factors such as equipment depreciation, specialized software licenses, skilled labor, and stringent regulatory compliance all contribute significantly to the total cost. For example, the initial investment in high-precision 3D printers and post-processing equipment can be substantial. Furthermore, ensuring adherence to medical device regulations, like FDA approval in the U.S., involves considerable time and financial resources for testing and documentation. These elements must be accurately factored into the pricing structure to ensure profitability and sustainability for custom orthopedic solutions.
Given the novel nature of many custom 3D printed orthopedic devices, direct comparable products for price-setting often do not exist. Therefore, pricing must be justified by the economic value delivered. For healthcare providers, this might be quantified as significant cost-savings per surgery due to increased efficiency or reduced complications. For patients, the value translates to benefits like faster recovery times, enhanced comfort, and improved long-term mobility. AdaptivOrtho, by offering personalized orthopedic devices, provides unique value that generic devices cannot match. This unique value proposition allows for a pricing strategy that reflects the superior patient outcomes and operational efficiencies provided.
Key Pricing Models for 3D Printed Orthopedics
- Value-Based Pricing: Focuses on the benefits provided, such as reduced surgery time or improved patient outcomes, rather than just production costs. This is crucial for personalized orthopedic devices.
- Cost-Plus Pricing: Calculates total production costs (materials, labor, overhead, regulatory) and adds a fixed profit margin. Useful as a baseline, but less effective for novel, high-value products.
- Commission Fee Model: One study suggests that for platforms offering both standard and customized products, a commission fee model of over 25% can be more profitable than allowing designers to set their own mark-up, especially when the quality difference is high. This model can be explored for collaborative ventures or marketplace setups.
- Tiered Pricing: Offering different levels of customization or service at varying price points. For example, a basic custom surgical guide versus a complex, fully personalized implant with extensive follow-up support.
When considering pricing strategies for 3D printed medical devices, especially patient-specific implants, the unique characteristics of additive manufacturing orthopedics come into play. While material costs for polymers or titanium alloys are a factor, the intellectual property involved in design, the precision of the printing process, and the rigorous quality control required elevate the overall value. For a business focused on custom orthopedic solutions, understanding the full lifecycle cost and the downstream economic impact on healthcare systems allows for a more robust and justifiable pricing strategy that maximizes revenue while providing superior patient care.
How Can Expanding A 3D Printed Orthopedic Product Line Drive Business Growth?
Expanding a product line is a core strategy for AdaptivOrtho, a 3D Printed Customized Orthopedic Solutions business, to achieve significant growth and capture a larger market share. This approach moves beyond initial offerings to address a wider spectrum of patient needs and clinical applications. By diversifying, the business creates more revenue streams and reinforces its position as a comprehensive provider in the orthopedic device market.
What are profitable expansion areas for 3D printed orthopedics?
Expanding a 3D printed orthopedic product line can significantly increase profitability by targeting high-growth, adjacent markets. AdaptivOrtho can evolve from patient-specific implants and surgical guides into several related areas. This diversification allows for the utilization of existing expertise and technology while addressing new demands. For example, the global orthopedic implants market was valued at USD 54.3 billion in 2023 and is projected to grow, indicating substantial opportunities for specialized solutions.
Key Product Expansion Opportunities
- 3D Printed Customized Orthopedic Insoles: These are highly sought after in sports medicine and podiatry, offering personalized comfort and support that generic insoles cannot match.
- Personalized Rehabilitation Devices: This includes custom braces, splints, and other orthoses designed for enhanced fit and patient compliance during recovery.
- Dental and Maxillofacial Implants: Leveraging similar additive manufacturing techniques and biomaterials, this segment offers significant cross-over potential.
- Surgical Planning Models: Pre-operative models assist surgeons in complex cases, improving outcomes and reducing operative time.
How do diverse materials and services enhance product offerings?
Offering a wider range of solutions, from various biomaterials to comprehensive services, enables AdaptivOrtho to cater to diverse clinical needs and price points. This flexibility is crucial for attracting a broader client base, including surgeons and hospitals with varying requirements and budgets. The ability to provide multiple options solidifies the company's role as a versatile partner in healthcare. For instance, the market for 3D printed medical devices is expected to reach USD 7.4 billion by 2028, driven by material advancements and broader adoption.
Diverse Material and Service Offerings
- Metal Implants: Utilizing materials like titanium (Ti-6Al-4V) and cobalt-chrome (Co-Cr) for high-strength, load-bearing applications like joint replacements and spinal implants. These materials offer biocompatibility and durability.
- Polymer-Based Guides and Models: Using biocompatible polymers for patient-specific surgical guides, anatomical models for pre-surgical planning, and temporary prosthetics.
- Software for Design: Providing or integrating advanced software for designing 3D printed orthopedic models, allowing for precise customization and digital workflow integration.
- Printing Services: Offering on-demand 3D printing services for healthcare providers who may not have in-house capabilities, thus becoming a full-service partner.
Developing a comprehensive portfolio that includes software, various biomaterials, and printing services creates multiple revenue streams. This approach establishes AdaptivOrtho as a full-service partner for healthcare providers, making the business more indispensable and competitive. This integrated strategy supports long-term business growth and market leadership in custom orthopedic solutions.
How Can Marketing 3D Printed Orthopedic Solutions Directly To Surgeons Increase Adoption?
Marketing 3D printed orthopedic solutions directly to surgeons is crucial for increasing adoption. Surgeons are the primary decision-makers regarding new medical technologies and devices, making them the most influential audience for companies like AdaptivOrtho. Their adoption directly impacts patient access to personalized orthopedic devices.
Key Marketing Messages for Surgeons
- Improved Surgical Precision: Highlight how patient-specific implants and instruments enhance accuracy during procedures. This can lead to better alignment and fit, reducing revision rates.
- Reduced Operating Time: Demonstrate how custom guides and pre-planned solutions streamline surgery, potentially shortening operating room time by an average of 15-20% in complex cases.
- Better Patient Outcomes: Emphasize accelerated recovery, enhanced comfort, and reduced post-operative complications. For example, a study published in the Journal of Arthroplasty noted a significant reduction in patient pain scores with custom implants.
Providing evidence-based content builds trust within the medical community. This includes detailed case studies showcasing successful procedures, white papers on the benefits of additive manufacturing orthopedics, and clinical data validating the efficacy and safety of custom solutions. Engaging with surgeons through professional channels is also vital. Participating in major industry conferences, hosting specialized webinars, and forming partnerships with key opinion leaders (KOLs) in orthopedics can effectively build awareness and drive the adoption of custom orthopedic solutions, contributing significantly to healthcare business growth.
How Can Optimizing Workflow For Custom Orthopedic Device Production Improve Margins?
Optimizing the digital workflow for 3D printed orthopedics is critical for enhancing profit margins within a business like AdaptivOrtho. This strategy directly impacts efficiency, reducing manual labor and saving significant time, which in turn increases overall throughput for custom orthopedic solutions.
Key Workflow Optimization Strategies
- Automated Segmentation: Implementing AI-powered software automates the time-consuming process of segmenting medical images, such as CT scans, to create accurate 3D models. This speeds up design, a core part of personalized orthopedic devices.
- Reduced Manual Steps: A streamlined digital workflow significantly reduces the number of steps and labor intensity compared to traditional fabrication methods. Processes like plaster casting and manual modifications are eliminated, cutting production costs.
- Scalable Production: Investing in scalable production systems, specifically 3D printers with large build volumes, enables batch manufacturing. Multiple custom devices can be printed simultaneously, significantly reducing the cost per part and improving overall efficiency for medical 3D printing business operations.
- Integrated Software Solutions: Utilizing integrated software for designing 3D printed orthopedic models from patient data to final print file ensures seamless data flow and minimizes errors, crucial for improving workflow for custom orthopedic device production.
By focusing on these workflow improvements, businesses can achieve higher efficiency and lower operational costs, directly translating to increased profitability for additive manufacturing orthopedics.