| Application : | Transparent human model |
| Features : | The transparent material reproduces the softness of the human body. The color and shape of each organ is also based on human body data. |
| Materials : | Toughsilon gel, Medipur gel |
| Application : | Large and small intestine models |
| Features : | Even the internal folds are faithfully reproduced. Can be combined with other organs. |
| Materials : | Toughsilon gel, Medipur gel |
| Application : | Shoulder plate repair model |
| Features : | Reproduces the feel of medical equipment in use, and the shape and texture of bones, muscles, and tendons. |
| Materials : | Toughsilon gel, Medipur gel |
| Application : | Tongue cancer screening model |
| Features : | Supervised by Tokyo Dental College. A model to educate people about the difference between tongue cancer and stomatitis. Also reproduces the texture of the tongue and the hardness of the tumor. |
| Material : | Medipur gel |
| Application : | Three-layer skin suture model |
| Features : | A multi-layered skin model consisting of three layers of skin, subcutaneous tissue, and muscle layers that reproduces the feel of sutures. |
| Materials : | Toughsilon gel |
| Application : | Vascular and multi-layered intestinal models for suturing |
| Features : | Long-selling product. It is widely used in academic conferences and training programs because of its human-like texture that is hard to break even when ligated. |
| Materials : | Crystal gel |
| Application : | Liver model for ultrasonic scalpel incision practice |
| Features : | Supervised by the National Cancer Center Hospital East. Developed for use in practicing incisions with difficult ultrasonic scalpels. |
| Materials : | Toughsilon gel |
| Application : | Practice model for anastomosis technique |
| Features : | Used to practice anastomosis of the stomach and intestines. Reproduces the texture when using the device. |
| Materials : | Crystal gel |
| Application : | Practice model for vascular and intestinal therapeutic devices |
| Features : | Inserts blood vessels and intestinal tracts into transparent subcutaneous tissue with mechanical properties. The transparency allows visualization of the procedure. |
| Materials : | Toughsilon gel, Medipur gel |
| Application : | Practice model for organ therapy equipment |
| Features : | Insert organs into transparent subcutaneous tissue with mechanical properties. The transparency allows visualization of the procedure. |
| Materials : | Toughsilon gel, Medipur gel |
| Application : | Bone therapy equipment practice model |
| Features : | Bone insert in transparent subcutaneous tissue with mechanical properties. The transparency allows visualization of the procedure. |
| Materials : | Toughsilon gel, Medipur gel |
| Application : | Transparent brain visualization model |
| Features : | Inserts blood vessels into a transparent brain that has mechanical properties. The transparency allows visualization of the procedure. |
| Materials : | Toughsilon gel, Medipur gel |
| Application : | Transparent skin and bone model |
| Features : | Inserts multi-layered bones with mechanical properties into transparent skin that reproduces texture. It can be used to visualize orthopedic procedures. |
| Materials : | Toughsilon gel, Medipur gel |
| Application : | Bone models (Japanese, various parts) |
| Features : | Bone models that faithfully reproduces the shape from Japanese skeletal data and approximates the mechanical properties of cortical and trabecular bones. |
| Materials : | Medipur gel |
