Three-Nine Shimno Co., Ltd. Product Lineup

This product is a new stainless steel mirror that combines multifunctionality such as "shatterproof," "lightweight," and "magnet-compatible." While achieving a beautiful reflection like glass, it offers higher durability and safety. It can be used with confidence in spaces such as food factories, public facilities, and residential renovations, where there are risks of breakage and hygiene management is required. 【Features】 ■ About 1/3 the weight of glass mirrors ■ Shatterproof ■ Lightweight ■ Magnet-compatible * You can view materials related to mirror hardware in the PDF download. * For more details, please refer to the related links or feel free to contact us.

The "HA-SC" is a suspended door product equipped with a soft-close mechanism that prevents unintended openings due to vibrations or impacts, enhancing safety. In laboratories and research facilities where unmanned operation and quietness are required, its gentle closing structure minimizes environmental noise, creating a comfortable working space. It is also compatible with installation using UV-curing adhesives without the need for machining, making it suitable for short-term construction on glass or observation windows. Designed for openings in testing equipment and chemical shelves, it balances safety and work efficiency. 【Features】 ■ Design that does not open under shock or vibration (earthquake-resistant and vibration-proof) ■ Closes quietly, reducing noise risks during testing ■ Contributes to environmental management and temperature maintenance with half-open prevention ■ Installation without drilling is possible using UV adhesive ■ Maximum size: height below 1200mm, width 470–620mm (5mm dedicated), weight 3–8kg *Specifications and installation methods may vary depending on the usage environment. Please feel free to consult us.

"Reig GG90" is a UV-curable adhesive that can securely fix glass devices and observation windows in research and testing environments without the need for drilling and in a short time. With a low viscosity of 90 mPa·s, it quickly penetrates gaps of 0.1 mm or less and achieves initial curing in just 1 second under 365 nm UV light. Being a solvent-free type, it can be safely applied in clean rooms and draft environments. It combines high-strength adhesion with transparency while also excelling in chemical resistance and heat resistance. When used in conjunction with a UV irradiation device, it is also ideal for temporarily fixing and reinforcing precision components and testing equipment. It can address equipment protection and detachment prevention, contributing to improved work efficiency and safety for researchers.

This is a **deep type single-length channel (visible width 16mm)** that securely holds a 5mm thick mirror, allowing for safe and reliable fixation. It helps reduce the risk of scattering during falls or drops in research facilities and testing institutions that handle sterile environments or chemicals, supporting the safe operation of mirrors. Surface treatment options include silver (C) and bronze anodized finishes. It excels in corrosion resistance and ease of cleaning, making it ideal for zoning compliant with HACCP, GMP, and clean room standards. By combining with stainless steel mirrors or shatterproof film mirrors, it is possible to create highly durable and hygienic visibility equipment. 【Main Features】 ■ Deep shape securely holds the mirror, preventing damage or detachment from unexpected impacts. ■ Balances visibility and hygiene, making it easy to clean. ■ Available in long hole type for easy position adjustment. Compatible with renovations and retrofitting to existing equipment. ■ Designed for safe installation at high locations (combination with shatterproof mirrors is recommended).

This is a transparent cushioning spacer that reduces the risk of damage simply by being applied at the contact points between glass and glass or glass and metal in research facilities and experimental spaces. It uses ultra-thin cushioning material made of transparent polypropylene, ensuring that visibility is not obstructed while maintaining aesthetics and safety. It is utilized for contact protection of testing equipment, observation devices, partitions, etc., contributing to the prevention of accidental contact and scattering incidents for researchers and users. ■ Prevents contact damage between glass and glass / glass and metal ■ Suitable for environments requiring hygiene, such as chemical shelves, fume hoods, and clean facilities 【Main Features】 ■ High transparency type: Does not obstruct visibility after being applied to glass or acrylic, allowing for unobstructed observation and confirmation tasks ■ Scattering prevention and gap absorption: Absorbs chips, cracks, and impacts through cushioning contact with glass edges and frames ■ Excellent workability: Comes in sheets of 10 pieces, requires no tools, and is made of flexible material that conforms to curves ■ Can be used with caulking: Maintains adhesion even when combined with clear sealing materials

Hamaguard is an aftermarket safety measure part made of elastomer, suitable for edge protection of FIX glass and glass sliding doors used in experimental equipment, observation devices, and verification shelves. By installing it on the edges of doors or the tips of shelf glass, it prevents collisions that could cause "clam shell fractures" or chipping, thereby supporting the longevity of equipment and the safety of researchers. It excels in transparency and flexibility, naturally adhering to beveled glass edges. It achieves a high level of appearance that is almost invisible from a distance of about 2 meters. 【Compatible Sizes】 ■ For 3mm width / For 5mm width / For 12mm width (each 500mm long) *Can be cut to size as needed (easily cut with a cutter) 【Main Features】 ■ Discreet: Matte finish with transparency that does not compromise aesthetics ■ Strong adhesion: The unique adhesion of elastomer makes it difficult to shift ■ Resistant to deterioration: Proven to be resistant to hardening and discoloration even after more than 3 years of use ■ No tools required: Can be easily installed by hand, suitable for retrofitting or adding to experimental equipment

This product is a glass sliding door component designed for use at reception desks in research facilities and universities, featuring a soft close function. It can be opened and closed smoothly with light force, and at the end of its travel, it automatically engages a brake, closing quietly and slowly. This structure minimizes vibrations and impacts on equipment, achieving both quietness and safety in research environments. 【Features】 - Smooth and quiet closing reduces stress - Soft close function activates from approximately 40mm from the end - Compatible with glass thicknesses of 5mm and 6mm - The W type features a bi-directional soft close during opening and closing Additionally, the same series includes [Hanging Door - Upper/Hakama Type] and [Hanging Door - Point Type]. It can also flexibly accommodate retrofitting and integration into existing facilities.

This is a soft-close sliding door component designed to achieve quietness, safety, and comfortable operability in research facilities and university reception areas. It features smooth pulling operation and a soft-close mechanism that naturally decelerates at the endpoint, making it ideal for quiet environments such as observation areas and laboratories. The design also considers durability and safety, enhancing convenience in research settings. 【Features】 - The sliding door closes quietly, minimizing noise. - Automatically decelerates 40mm before the opening and safely pulls in. - Collision prevention structure reduces the risk of glass breakage. - Compatible with glass thicknesses of 5mm and 6mm, widely fitting standard reception windows. - Option for "W Soft Close" specification that accommodates opening and closing in both directions. 【Available Variations】 - Right pull / Left pull / Bi-directional (W specification) - Counter sliding doors (upper and lower hakama type / point type)

The "Hybrid UV Light" is a UV irradiation device that exhibits high precision and stable curing performance for UV curing adhesives in research facilities and laboratories. It utilizes an LED light source, significantly reducing the risk of glass breakage compared to traditional fluorescent lamps, and it is also highly durable. With its 2-way compatibility for AC adapters and mobile batteries, it can be used without being constrained by the layout of research equipment, making it suitable for temporary work in clean rooms or while on the move. Designed specifically for the glass UV adhesive "RAYGU" series, it achieves a balance between adhesive efficiency and work safety. 【Features】 ■ Wireless operation with mobile battery compatibility ■ Adoption of LED light source with low risk of damage (no concerns about heat or breakage) ■ Lightweight design for easy portability ■ Optimized for use with RAYGU GG90

In the medical field, it is important to quickly share accurate information such as patient data and medication names. Especially in emergencies or busy situations, miscommunication can lead to serious accidents. Our product name plates clearly display the necessary information and support smooth information sharing. The name plates can display letters and symbols in large sizes, enhancing visibility. The premium name plates have a sophisticated design that does not compromise the dignity of medical institutions. [Usage Scenarios] - Displaying medical records in examination rooms - Labeling medication shelves - Displaying samples in laboratories - Providing guidance at reception counters - Displaying patient names in hospital rooms [Benefits of Implementation] - Improved accuracy of information transmission - Enhanced operational efficiency - Reduction of medical errors - Increased patient satisfaction - Creation of a clean and organized environment

In observation applications within research facilities, ensuring a safe and clear line of sight is crucial. Particularly when observing experimental animals or operating precise equipment, smooth door operation and high visibility are essential. Inappropriate doors can not only hinder observation but also potentially affect the safety of experiments. Acrylic curtains utilize acrylic panels to achieve lightweight and smooth opening and closing. They allow for clear visibility of the subjects being observed and contribute to improved research efficiency. 【Usage Scenarios】 - Experimental animal observation windows - Observation pass cases - Laboratory partitions 【Benefits of Implementation】 - Increased observation efficiency with a clear line of sight - Lightweight and smooth operation - Enhanced safety

In medical institutions, protecting patients' privacy is extremely important. In small windows like those in urine testing rooms, it is necessary to ensure smooth operations while safeguarding patients' privacy. Traditional windows have faced challenges such as concerns about visibility and difficulties in opening and closing smoothly. Acrylic curtains utilize acrylic doors to balance privacy protection and ease of use. 【Usage Scenarios】 - Urine testing rooms - Changing rooms - Examination rooms 【Benefits of Implementation】 - Protection of patients' privacy - Smooth opening and closing - Maintenance of cleanliness

In nursing facilities and home care, balancing privacy protection and monitoring is an important issue. In particular, it may be necessary to observe residents or users through small windows in places like restrooms or examination rooms to understand their condition. However, traditional windows have had problems with not ensuring privacy or being difficult to observe through. Acrylic curtains provide an environment that secures privacy while allowing for easy monitoring when necessary by using acrylic doors. 【Usage Scenarios】 * Urine test windows * Small windows in restrooms * Small windows in examination rooms * Checking the condition of residents 【Benefits of Implementation】 * Balancing privacy protection and monitoring * Creating a clean and pleasant space * Lightweight and easy to open and close * Improved safety