.png?width=1740&height=1248&name=Medical%20and%20basic%20research%20image(1).png)
Overview
The medical and basic research industry is vital for advancing healthcare and scientific understanding, with significant potential in disease understanding, surgical planning and personalized treatment plan.
Its major challenges include high costs, strict regulations, highly customized solutions and the complexity of biological systems. Despite these hurdles, the industry promises significant improvements in health outcomes and medical technologies with 3D scanning technology.
Why 3D Scanning for Medical & Basic Research
3D scanning empowers medical and clinical applications with
High Accuracy Measurement
Blue light scanner: up to 0.005 mm
Hybrid light source handheld scanner: up to 0.05 mm
Digital Storage and Share
Digital 3D data can be stored, shared, and used for AI-driven analysis, which offers possibilities for remote treatment support.
3D Scanning and 3D Printing
3D scanning data can be exported to subsequent 3D printing workflow, which advances production efficiency.
Customized Diagnosis Assistance and Treatment
3D scanning allows highly customized diagnosing assistance, monitoring, and treating various disease states.
Secure Human Body Scanning
3D scanners from SHINING 3D are equipped with eye-safe LED / infrared VCSEL light sources, 5MP color cameras and advanced algorithms compensate for slight movement.
Compatability and Integration
SHINING 3D provides professional and customized SDK solution to integrate with your current workflow.
Orthotics and Prosthetics →
Digital Dentistry →
Medical Research →
Rehabilitation and Physical Therapy →
Dermatology and Plastic Surgery →
Surgical Planning & Simulation →
Medical Equipment Manufacturing →
Forensic →
3D Scanning for Orthotics
Custom-fit orthotic solution using high-handheld 3D scanners to create accurate 3D models and measure body parts for cranial remolding orthosis (CRO), spinal / scoliosis braces customization, upper and lower limbs orthoses, foot insole customization, chest deformity treatment for Pectus Carinatum / Excavatum and so on.
3D Scanning for Prosthetics
By capturing accurate body measurements, it enables custom-fit prosthetic sockets, upper and lower limbs prosthesis, ear, breast and sports prosthesis and others, reduces pressure points, and improves mobility. Combined with CAD design and 3D printing, it streamlines production, ensures personalized healthcare, and supports faster rehabilitation.
EXScan O&P Software
EXScan O&P is a specialized software designed to integrate seamlessly with the EinScan H2 handheld 3D scanner. This powerful solution enhances workflow efficiency, enabling O&P professionals to create precise, custom orthopedic and prosthetic devices with ease.
Learn more →
SDK Service Add-On
Integrate SHINING 3D scanners to your current O&P design-print workflow with customized SDK services. Improve your working efficency, reduce the scan data transmission and transportation costs.
Free consultation →
Rehabilitation assistive devices
3D scanning enables precise body measurement and supports custom orthotics, prosthetics, and assistive devices for better fit and comfort.
Customized stoma care products
Handheld 3D scanners can get 3D stoma replicas and help create custom-fit cutting plate, baseplates and bags for patients to improve quality of life.
Radiation therapy
3D scanning ensures precise patient positioning and treatment planning. By capturing detailed surface anatomy, it helps design custom immobilization devices like busts and moulds and improves dose targeting accuracy in radiation bolus customization.
Plastic surgery
High-accuracy 3D scanning helps capture intricate details for cosmetic and reconstruction surgery and aesthetics design. With extra analysis feature, it's easy to get a before-after comparison, which provides patient-friendy experience.
Wound care and burn treatment
High-resolution 3D scanners scan skin surfaces and measure tissue changes over time, which assists in planning grafts and monitoring healing.
Hair loss
3D scanning enables precise scalp imaging and volumetric hair analysis, offering accurate assessment of hair density, growth patterns, and treatment progress. It supports personalized treatment planning for hair restoration and transplantation, also for custom wigs.
.jpg?width=1740&height=1248&name=medical%20-%20Surgical%20pathology%20specimens(1).jpg)
High-accuracy 3D scanning delivers surgical planning and simulation more convenience. It enhances precision, safety, and customization by allowing surgeons to plan procedures, test approaches, and create patient-specific solution.
- Surgical guide and implant customization
- Resected surgical specimens, bones, organs, or vascular structures analysis
- Preoperative planning, surgical rehearsal
- Assistive analysis with medical imaging (CT, MRI)
- ...
3D Scanning for Medical Equipment Manufacturing
Medical equipment inspection
Our high-precision 3D scanners enable you to quickly create accurate 3D models of medical equipment and compare them directly with original CAD files. Reliable inspection throughout the production process ensures every part meets application standards.
Machine learning and database achiving
3D scanners quickly capture detailed 3D data from real-world cases and surgical instruments, enabling easy import into learning systems to enhance the performance of medical devices.
3D Scanning for Forensics
3D scanning technology can be applied in the injury assessment and anatomical applications. 3D scanners help digitalize tissues and organs without contact with high accuracy and texture. Digital archiving and visualization of 3D models can be applied in future research and analysis.
Injury documentation and analysis
3D scanning in injury assessment involves using 3D scanners to create precise 3D models of wounds, burns, fractures, or soft-tissue damage. These digital models enable clinicians to visualize and measure injuries in ways traditional 2D photography or manual measurements cannot.
Post-mortem examination and reconstruction
During autopsies, 3D scanning records body surfaces, injuries, and positions before and after dissection. Scans can be applied in “virtual autopsy (virtopsy)” and 3D printing.
3D Scanners You Can Rely On
| Model |
|
.png?width=198&height=135&name=H2(1).png)
|
|
.png?width=198&height=135&name=INSPEC2-1(1).png)
|
|---|---|---|---|---|
| Light source | ||||
| Human body scan | ||||
| Movement tolerance | ||||
| Material adaptability | ||||
| Texture | ||||
| Accuracy |
Public Welfare and Research Project
Collaborative Software and Services
-
It's super intuitive. The fact that you can see real feedback of what you're scanning is really impressive. I think it's something that can really make a difference. So now heads up for this one.
David Soriano,
HP 3D Printing
-
So I just used medixa for the first time. Very impressed. You know, tripping over those chords and everything to have that freedom there. And it fills in very quickly and very clearly.
Claire Repisky,
Invent Medical
-
It's my first time using the SHINING 3D Medixa. We attempted to scan a Fusion AFO, it worked out really well. It was nice having the screen to see what I was scanning. Instead of looking at a laptop or trying to figure out where the scanner was in space. That really made a big difference.
Vincent Decataldo ,
ORTHOMERICA
-
The weight is really nice, and it works really well. The user experience works really well. It's designed for the particular case. And I really love the way that the scanner behaved. When I scanned the mannequin yesterday at the workshop, it's that intuitive and goes quickly.
Harry Rossides,
Radii Devices
-
"There are a lot of people with amputations in Africa, and most of them have never been to school or only have some basic knowledge. the EinScan H2 has made it possible for those without too much knowledge to learn and use it well. It is worth mentioning its accuracy, which helped us a lot."
Merel van der Stelt,
PhD, 3D Lab Radboudumc