DIGITAL HUMAN BODY SYSTEM APPLICATION AND R&D
Lumbar disc herniation model
Introduction to Specimen
Material: a combination of soft and hard material Data source: Digital human model
The lumbar disc herniation model is a printed model with a combination of soft and hard materials. The shape and degree of the lumbar disc herniation are derived from pathological data of real patients and are formed by data fusion. This model contains the normal anatomical structure of the normal lumbosacral area and a variety of lumbar disc herniation symptom models. The normal model mainly includes the lumbar spine and the sacrum and their related intervertebral discs, ligaments, spinal nerves, and other structures, as well as the spinal dura mater, cauda equina, etc. Anatomical structure. The pathological symptoms of lumbar intervertebral disc integrate the morphological manifestations of the central, lateral, and paracentral symptoms, which can be used as a reference model for the planning and design of intervertebral disc herniation surgery, as well as a teaching aid for doctor-patient communication.
The selected full-color, the multi-material 3D printer was used to print the digital model, which uses 3D inkjet printing technology and light-curing technology with 12 material channels for multi-material combination printing. The chosen 3D printer can realize 3D printing in accordance with a variety of modes such as single hardness material, soft and hard combination material, and transparent wrapped material.
Full-color printing: Multi-channel digital full-color 3D printing technology provides you with unique color configuration options to create dazzling and colorful excellence.
Multi-material printing (with eco-friendly materials): from rubber-like to rigid materials, from transparent to opaque materials, from colorless to colored materials, from standard grade materials to biocompatible materials. Diverse composite 3D printing solutions for printing complex surgical medical models for anatomy teaching, neurosurgery, cardiovascular, oncology, etc.
High-efficiency printing: Up to 3840 piezoelectric holes and featured algorithms for up to 4L per hour through high-frequency jet curing, complemented by efficient post-processing equipment for faster, more accurate printing and no secondary curing.
Shandong Digihuman Technology Co., Inc. was established in August 2015 by restructuring Shandong Echung Electronics Co., Ltd. Located within Jinan High-tech Industrial Development Zone, it is a high-tech enterprise and double-soft enterprise in Shandong Province. The company mainly focuses on the application and R&D of the digital human body system and takes domestic leading positions in applications and R&D of multiple fields, such as China Digihuman Anatomy System, digital medical image processing, and digital medical teaching platform.
As a public company listed in the capital market, Shandong Digihuman Technology Co., Ltd. is committed to the development and application of digital human products. Recognized as "High-tech Enterprises" and "Enterprises with Double Certifications of Software Registration and Software Business", it is equipped with research platforms including provincial "Engineering Research Center", "Software Technology Center" and "Postdoctoral Innovation & Practice Workstation" and involved in the three fields of clinical medication, medical education and life science popularization, providing epoch-making products.