タナック List of Products and Services

We would like to introduce the "Single-Layer Tube Model" handled by Tanac. Made from a special gel (crystal gel) that closely resembles the softness of human tissue. The sensation during suturing and ligation is similar to clinical practice, and customization options for hardness, color, etc., are available. Please feel free to consult us when you need assistance. 【Lineup (Excerpt)】 ■ Intestinal Suture Standard Model Long (Hard) ■ Intestinal Suture Standard Model RED Long (Soft) ■ Jejunum and Esophagus Suture Standard Model RED Long (Soft) ■ Vascular Suture (Fine) ■ Intestinal Suture U-Shaped Type Model RED (Soft) ■ Suture Base *For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce the "Two-Layer Intestinal Suturing Model" handled by Tanac. Made of a special gel (crystal gel) that closely resembles the softness of human tissue. In addition to single-layer suturing, it also allows practice for two-layer suturing, such as layer-by-layer suturing, and can be customized for hardness, color, etc. Please feel free to consult us when you need assistance. 【Lineup】 ■ Intestinal Suturing Large Intestine Two-Layer Model ■ Intestinal Suturing Small Intestine Two-Layer Model ■ Intestinal Suturing Hemosuke Model ■ Suturing Base *For more details, please refer to the PDF materials or feel free to contact us.

Introducing the "CRG Suturing Model," ideal for practicing suturing, ligation, and anastomosis. Made from a special gel (crystal gel) that closely resembles the softness of human tissue. It minimizes avoidance during suturing and ligation, and being a dry model, it allows for easy storage. The "CRG Suturing Pad" contains various three-dimensional shapes within an 8cm square sheet, enabling numerous suturing practice opportunities with just one pad. 【Features】 - Made from a special gel (crystal gel) that closely resembles the softness of human tissue - The sensation during suturing and ligation is close to clinical practice - CRG Suturing Pad - Contains various three-dimensional shapes within an 8cm square sheet, allowing for numerous suturing practice opportunities *For more details, please refer to the PDF document or feel free to contact us.

The "Marsa Gel for Electric Scalpel" is a sheet with an electrical resistance value close to that of human organs (below 70kΩ). It provides a usage feel similar to that during surgery. It has less unpleasant odor commonly found in electric scalpel-compatible products, and custom options for heat discoloration models are available. Additionally, the skin layer model comes with a skin layer approximately 0.7mm thick on one side, allowing for suturing and peeling. 【Features】 ■ Sheet with an electrical resistance value close to human organs (below 70kΩ) ■ Less unpleasant odor commonly found in electric scalpel-compatible products ■ Custom options available for heat discoloration models: turns white upon heating (reversible) ■ Skin layer model: allows for suturing and peeling with a skin layer approximately 0.7mm thick on one side ■ No moisture needed for storage; sealing in a zip bag is sufficient *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce custom cases of medical simulators handled by our company. The "transparent torso," which can be created using CT data from Japanese individuals, allows for the fabrication of each organ and skin with a composition that matches the acoustic impedance of human organs. In addition, we offer a "pulsation model" that reproduces pulsation by flowing liquid through blood vessels, and a "multi-layer skin model" suitable for puncture tests and skin compression tests. 【Features】 ■ Transparent Torso - Each organ and skin can be created from CT data of Japanese individuals. - Each organ can be fabricated with a composition that matches the acoustic impedance of human organs. - Usage examples: Phantom for ultrasound echo, evaluation of pressure on garments, etc. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce the "Various Organ Models" handled by Tanak. The "Full Version of the Colon" is suitable for training in techniques such as endoscopy, suturing, palpation polyp removal, and closure. The material is silicone (JIS E20°). In addition, we also offer "Lung Models" and "Pancreas Model with Pancreatic Duct" that can be used for suturing and excision. 【Features】 ■ Full Version of the Colon - Specifications: Colon and Rectum Model - Material: Silicone (JIS E20°) - Usage Examples: Endoscopy, suturing, palpation polyp removal, closure technique training *For more details, please refer to the PDF document or feel free to contact us.

By reproducing a multi-layer structure, we have developed a model that realizes the actual suturing sensation and palpation. It has been highly evaluated for its close resemblance to biological tissue, particularly due to its resistance to tearing during ligation and the ability to suture while pulling, which allows for skin wrinkling. 【Features】 ■ Effective for improving suturing techniques ■ High strength that resists tearing during ligation ■ Reproduction of skin wrinkling during suturing

We would like to introduce our dermal buried suture simulator, 'BUYSSkin.' It prevents cut-out during buried suturing and realistically reproduces the sensation of ligation. You can see the trajectory of the needle and thread, as well as understand the effect of tension relief. Additionally, it is possible to simulate suturing with barbed sutures. "We can now experience the sensation of suturing in the dermis and tightening the thread, which was previously only possible with live tissue," is the feedback we have received. 【Features】 ■ No cut-out during buried suturing ■ Realistic ligation sensation ■ Visibility of needle and thread trajectory ■ Understanding of tension relief effect ■ Simulation with barbed sutures is possible *For more details, please refer to the PDF document or feel free to contact us.

The soft type of 'BUYSSkin', which has been well received, has now been released! The conventional 'BUYSSkin' was designed to target thick and rigid skin areas such as the back and outer thighs. However, 'BUYSSkin soft' is suitable for simulating dermal suturing with small needles on softer and more elastic skin areas like the lower abdomen and face. It prevents cut-outs during buried suturing and realistically reproduces the sensation of tying knots. You can see the trajectory of the needle and thread, as well as understand the tension-reducing effect. *Simulation with barbed sutures is also possible! "We have received feedback that the sensation of suturing and tightening the thread, which could only be experienced with living tissue until now, can now be simulated." [Features] ■ No cut-outs during buried suturing ■ Realistic knot-tying sensation ■ Visibility of needle and thread trajectory ■ Understanding of tension-reducing effect ■ Simulation with barbed sutures is possible *Please feel free to contact us for more details.

At Tanac, we have developed the simulated bone "TANACBONE" through collaborative research with national research institutes and various universities. It is made of a two-layer rigid foam urethane material with different densities, faithfully reproducing the shape based on the biological data of Japanese and Asian individuals. It can be utilized not only for practice in a clinical-like environment but also has significant potential for evaluating implants, medical training and simulations, and the development of surgical instruments. Additionally, we can create and process types tailored to your requests, such as changing densities or providing transparent models. 【Features】 ■ Effective for improving bolt joining techniques ■ Faithfully reproduces shapes based on biological data of Japanese individuals ■ Multi-layer structure that replicates the mechanical properties of cortical and cancellous bone ■ Can be captured in X-rays ■ Extensive custom options available *For more details, please refer to the PDF document or feel free to contact us.