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Industry 4.0

Healthcare Industry Solutions

Industry 4.0 technology enables the healthcare industry to stay at the forefront of innovation. Leveraging additive manufacturing allows for custom-made medical devices, implants and anatomical models, which have shown to improve patient outcomes and reduce production times. 3D scanning technology facilitates precise patient-specific modeling, and aides in surgical planning and personalized medicine. Advanced simulation software enhances medical training, accelerates research and refines surgical procedures. Together, these technologies are revolutionizing the healthcare industry. Continue reading to understand how these technologies are being implemented in the Canadian healthcare market today.

Cutting-edge Solutions for Healthcare

Technology is transforming the healthcare industry in massive ways, helping to overcome the unique challenges faced by the sector and empowering organizations to unlock new opportunities.

CAD MicroSolutions helps healthcare companies leverage technology to meet their goals of: providing unparalleled patient-specific care and improving patient outcomes while saving costs and ensuring regulatory compliance and safety.

CAD MicroSolutions has strategic partnerships that provide cutting-edge technologies that allow us to offer the best suite of solutions to our customers.

Speed up the Design and Manufacturing Process, and Improve Patient Care

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Additive Manufacturing for the Healthcare Industry

Personalize patient solutions, Improve patient outcomes, Save manufacturing costs

additive manufacturing healthcare applications

Create personalized and patient-specific medical devices, implants, orthotics and prosthetics that perfectly match their unique anatomical characteristics and needs, improving treatment outcomes and patient satisfaction.

Quickly create prototypes and iterate on designs, speeding up research and development, testing and validation for new medical devices or instruments. Reduce time-to-market and speed up the innovation cycle.

Create final parts in a range of materials that have been approved for medical applications, more cost-effectively than through traditional manufacturing processes.

Produce intricate and complex geometries that are challenging or impossible to achieve with traditional manufacturing techniques. This is particularly beneficial for manufacturing medical devices, implants, and lattice structure such as may be required in patient-specific prosthetics.

Provide medical devices and components on-demand, eliminating the need for large-scale manufacturing and minimizing inventory costs. Consolidate multiple components into a single 3D printed part to reduce assembly and supply chain complexities.

Produce parts when and where they are needed, leading to more flexible, efficient, and resilient supply chains.

Producing parts with additive manufacturing leads to lower CO2 emissions throughout the product lifecyle.

Patient-specific devices, such as orthotics or prosthetics, are more comfortable and better adapted to their unique needs. 3D printing can also support the creation of patient-specific surgical guides or jigs, enhancing the precision and efficiency of surgical procedures, reducing operative time and minimizing patient discomfort.

Create anatomical models, pathology models, and medical teaching aids for visualizing complex medical concepts. Create patient-specific anatomical models from medical imaging data to aid in surgical planning, preoperative simulations, and improve surgical outcomes. 3D printed models are valuable tools for training medial students and surgeons, allowing for realistic practice and enhancing surgical skills.

Design Software for the
Healthcare Industry

Design regulatory-compliant medical breakthroughs

Design Softwware - Healthcare applications

Create high-quality ergonomic  surfaces that give your product a cutting-edge design.

Meet regulatory requirements of prototyping and testing by tapping into a network with the best rapid prototyping technologies available.

Reduce the time and expense required to manage, archive, and track design documentation and maintain traceability throughout the product development lifecycle.

Virtual simulation testing, with a concurrent engineering approach, helps you solve engineering and business challenges quickly, safely and reliably

Create realistic 3D models and simulations of real patient anatomy to use for preoperative panning, improving surgical outcomes, and reducing risk for complex procedures.

Design and manufacture custom and patient-specific devices, like implants, orthotics and prosthetics, to improve patient outcomes and satisfaction.

3D Scanning/Metrology for the Healthcare Industry

Improve patient care and enhance medical practices

3d scanning healthcare applications

Tailor solutions to individual anatomy and needs by accurately capturing a patient’s anatomical data and converting into digital 3D model for further design and manufacturing, such as for custom implants, prosthetics, orthotics and other medical devices.

Surgeons can use 3D scans of a patient’s anatomy to visualize and plan complex surgical procedures in a virtual environment to identify potential challenges, optimize surgical approaches, reduce surgical time, and minimize risk.

Capture precise measurements and customization of prosthetic limbs or orthopedic devices to ensure a perfect fit, improve patient mobility, comfort, and overall quality of life.

Create digital impressions of a patient’s teeth and gums in order to design and manufacture dental crowns, bridges and aligners with greater accuracy and efficiency.

Ensure medical devices meet design specifications and regulatory standards, and identify defects, deviations and irregularities to ensure safety and reliability.

Support medial research and education by providing realistic anatomical models and teaching aids.

Document crime scenes, accident sites and evidence, and help in reconstructing events and analyzing physical evidence in investigations.

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