Profile
Inquiry
Site Map
Japanese
Medical
Robotics Aerospace Materials
Beauty & Healthcare
Manufacturing
[Photo]
TANAC Technology Center
Medical
Medical Simulators
We provide artificial organs formed by materials having elasticity closer to actual human organs having flexibility and moist touch. Those are created based on the data of human tissue in shape and hardness obtained through joint research with medical institutions, universities, and public research organizations. Those simulators are used for quantitative evaluation by manufacturers of medical equipment and measuring instruments, sales promotions, academic conference exhibitions, and educational simulators for doctors and nurses to improve their techniques.
More
Medical Device Parts
We perform contract processing of medical device parts in our own medical-dedicated factory (Tanac Technology Center), which is registered as a medical device manufacturer and has ISO13485 certification. We have introduced the most advanced mass production and evaluation equipment, and can mold silicones for medical applications in a clean room (Class 10,000). We plan to further expand our medical device parts business in the future.
More
[Photo]
Class 10,000 Clean room
Robotics Aerospace
Robotics
Our ultra-flexible gels and other materials have excellent elasticity, heat resistance, and shock absorption properties, and are contributing to the development of advanced robotics. We are also participating in joint industry-government-academia research in these fields.
More
Aerospace
Our ultra-flexible gels and other materials have excellent elasticity, heat resistance, and shock absorption properties, and are contributing to the advanced aerospace field. We are also participating in joint industry-government-academia research and international projects in these fields.
More
Materials
Crystal Gel is a unique material with transparency and high elongation of over 1,000%. It has heat resistance (80°C) and cold resistance (-30°C). There are six hardness grades in the range of JIS E 10° to 35°. Non-adhesive and high-adhesive series are available, and conform to biocompatibility testing based on ISO 10993.
More
Toughsilon is a silicone rubber having greatly improved strength comparing with common silicone rubbers. It can be molded and processed with ultra-low hardness. It has excellent heat resistance (200°C), cold resistance (-50°C), weather resistance, and electrical insulation. It has tear-resistance and flexibility, and quickly returns to its original size without distortion after repeated stretching. There are six hardness grades in the range from JIS E 0° to 20° and JIS A 10° to 30°.
More
Medipur is a super low-hardness urethane processed product, mainly for medical organ simulators. It is possible to process products with greatly reduced stickiness on the surface. It has heat resistance (70°C) and cold resistance (-30°C). It can be used for low-hardness, three-dimensional molding processes other than medical applications. It is a non-yellowing type. There are five hardness grades in the JIS E 0°-50° range.
More
[Photo]
Evaluation and measurement equipments
Beauty and Health Care
Beauty
We introduce a variety of beauty products such as cosmetic puffs made of our super flexible gel and other materials. You can also purchase them from our sales site.
More
Health Care
Our original materials, Crystal Gel, Toughsilon, and Medipur, are highly flexible, highly stretchable, shock-absorbent, and safe for the human body, and are widely used in healthcare products that support body movement or are used in close contact with the body.
More
[Photo]
Production facilities for mass production
Manufacturing
Manufacturing
We quickly propose which materials should be used and how they should be blended and processed in order to realize the customer's product image. We have installed the necessary equipment for prototyping, and quickly provide prototypes that customers can see and touch with their hands. We have introduced a variety of measuring instruments to quantify texture and improve quality. By accumulating measurement data, we can efficiently reproduce the texture required by our customers.
More
Molding Method
We adopt the most suitable method from various molding methods such as injection molding, extrusion molding, LIM molding, and press molding. We specialize in molding flexible materials with extreme low hardness. We can handle everything from design and prototyping to mass production.
More
Evaluation and Analysis
In order to evaluate and analyze physical properties such as hardness, elasticity, viscosity, tensile strength, compression, etc., as well as chemical components, we introduced various measuring instruments such as Fourier transform infrared spectrophotometers, microscopes, image dimension measuring instruments, and viscoelasticity measuring instruments.
More
Applications
Here are some examples of processing applications of our uniquely formulated flexible materials for various applications such as medical, healthcare beauty, and general industrial use.
More
TOP
