Manufactured from acrylate-based photosensitive resin, this patient-specific anatomical model is created by reconstructing and designing three-dimensional data from the patient's two-dimensional medical imaging. The finalized digital model is then fabricated using a high-precision 3D printer to produce a physical anatomical model. Different colors are used to distinguish the liver, hepatic artery, hepatic vein, and lesion, providing intuitive visualization for preoperative planning and clinical communication.

For use by healthcare institutions only. Approved as a China Class II Medical Device. Registration Certificate No.: 粤械注准20232020636

Made from acrylate-based photopolymer resin, the model is created from patient-specific medical imaging data. Two-dimensional medical images are reconstructed into a three-dimensional digital model, which is then fabricated into a physical anatomical model using a 3D printer. The model accurately reproduces the anatomy of the kidney, including the renal parenchyma, renal pelvis, renal arteries, renal veins, ureter, and pathological lesions, clearly illustrating their spatial relationships.

For use by healthcare institutions only. Approved as a China Class II Medical Device. Registration Certificate No.: 粤械注准20232020638

Personalized 3D-Printed Intracranial Tumor Surgical Planning Model

Made from acrylate-based photopolymer resin, the model is created from patient-specific medical imaging data. Two-dimensional medical images are reconstructed into a three-dimensional digital model, which is then fabricated into a physical anatomical model using a 3D printer. The model accurately reproduces the anatomy of the cranium and brain, including the brain tissues, cranial vasculature, cranial nerves, and pathological lesions, clearly illustrating their spatial relationships.

For use by healthcare institutions only. Approved as a China Class II Medical Device. Registration Certificate No.: 粤械注准20232020635

Personalized 3D-Printed Lung Surgical Planning Model

Made from acrylate-based photopolymer resin, the model is created from patient-specific medical imaging data. Two-dimensional medical images are reconstructed into a three-dimensional digital model, which is then fabricated into a physical anatomical model using a 3D printer. The model accurately reproduces the anatomy of the lungs and the spatial relationships between anatomical structures and pathological lesions, including the pulmonary arteries, pulmonary veins, trachea, bronchi and their branches, pathological lesions, and other surrounding anatomical structures.

For use by healthcare institutions only. Approved as a China Class II Medical Device. Registration Certificate No.: 粤械注准20232020637

Made from photopolymer resin, the prosthesis is created from the scanned data of the patient's ocular model. The digital design is fabricated into a physical prosthesis using a 3D printer, accurately simulating the appearance of a natural eye, including the sclera, blood vessels, iris, and pupil. This is a non-sterile product and should be disinfected by the healthcare institution according to the Instructions for Use prior to use.

Filed as a Class I Medical Device in China

Filing No.: 粤珠械备20220107

Made from thermoplastic polyurethane (TPU) elastomer using a 3D printing process in combination with ethylene-vinyl acetate (EVA), the patient-specific orthotic insole is designed to be worn on or placed against the body surface. By restricting limb movement, it provides the intended therapeutic effect. It is a non-powered medical device.

Approved as a Medical Device by the Chinese Regulatory Authority

Filing No.: 粤珠械备20220124

Made from polyamide (PA12) using advanced 3D printing technology, the patient-specific scoliosis orthosis consists of a 3D-printed main body, nylon straps, nylon hook-and-loop fasteners, metal joints or support stays, and screws and rivets. The orthosis is designed to be worn on or placed against the body surface. By restricting body movement, it provides the intended therapeutic effect. It is a non-powered medical device.

Approved as a Medical Device by the Chinese Regulatory Authority

Filing No.: 粤珠械备20220112

Customized 3D Printing Service for Other Patient-Specific Orthoses

Made from polyamide 12 (PA12) using advanced 3D printing technology, the orthosis consists of a 3D-printed main body, nylon straps, nylon hook-and-loop fasteners, metal joints or support stays, and screws and rivets. Designed to be worn on or placed against the body surface, it provides the intended therapeutic effect by restricting limb movement and maintaining limb stability. It is a non-powered medical device.

Available products include patient-specific orthoses for the ankle and foot, wrist, head, knee-ankle-foot, elbow, and other anatomical regions. All products have been approved as Medical Devices in China.

Ankle-Foot Orthosis (AFO) Filing No.：粤珠械备20220108

Wrist Orthosis Filing No.：粤珠械备20220110

Head Orthosis Filing No.：粤珠械备20240091

Knee-Ankle-Foot Orthosis (KAFO) Filing No.：粤珠械备20220109

Elbow Orthosis Filing No.：粤珠械备20220111