Laboratory scenario: Dual guarantee of high precision and anti-static

Semiconductor and Electronic Manufacturing

　　Rubis semiconductor tweezersUsing a mixture of carbon fiber and special plastic material, it has the characteristics of good elasticity, acid and alkali resistance, and high temperature resistance. At the same time, static discharge is achieved through conductive plastic material, avoiding the pollution problem caused by traditional anti-static tweezers containing carbon black. Its point-to-point surface resistance and system resistance tests comply with precision electronic component production standards and are suitable for operating small components in industries such as semiconductors, IC chips, and computer heads.

Operation specifications: The "pen holding" posture should be adopted to vertically clamp the edge of the chip, avoiding direct contact with the circuit area, and used in a dust-free and anti-static environment to prevent component damage.

Biomedical and Cell Experiments

Rubis nanotweezers have become an ideal laboratory tool due to their ultra clean surface and anti dust, anti oil, and anti water properties. Its fine stainless steel material ensures no contamination during operation and is suitable for gripping tissues, cells, or microorganisms under a microscope.

Antibacterial innovation: Silver ion coated tweezers achieve long-lasting sterilization by slowly releasing silver ions, reducing the risk of cross infection when multiple people share equipment, especially suitable for handling infectious substances.

Animal experiments and surgical instruments

　　Rubis anti slip tweezersUsing a special elastic coating to improve gripping efficiency and resist hand fatigue, protecting operators from cold and hot injuries. Its anti slip design has shown outstanding performance in fine surgeries such as nerve cell suspension preparation and tracheal intubation, and has become a commonly used tool in experimental animal surgery.