Description
- ESD Safe for Sensitive Surfaces: Expertly Crafted for Medium-Low Viscosity Cleaning Applications. This sensor glue stick is formulated specifically for medium-low viscosity cleaning tasks. Whether you're dealing with delicate surfaces or intricate machinery, the gel's viscosity is tailored to provide thorough cleaning without causing damage. It strikes the perfect balance between effectiveness and gentleness.
- FEATURES: This professional sensor glue stick has a compact and flexible design for easy use. The soft head ensures that it won't damage equipment, and the head and rod are securely attached. The high sensitivity rubber head effectively removes dirt and fingerprints without leaving scratches on the screen.
- MATERIAL: The transparent, adhesive silicone head has a high viscosity that effectively removes dust from grooves and slots, making it ideal for cleaning sensitive electronic equipment. The head and stainless steel rod are firmly combined and the head is soft to prevent damage to equipment. It is also designed to be compact and easy to use, making it a convenient tool for cleaning small areas and removing excess material without leaving scratches or stains.
- APPLICATIONS: Gel Sticky Pen is specifically designed for cleaning a variety of electronic and precision equipment, including wafer and semiconductor parts, LED/LCD surfaces, glass lenses, watch parts, mirror reflection microscopes, camera sensors, hard disk drivers, and small, hard-to-reach areas. It is also suitable for removing excess material in cleanrooms with a rating of 10-5000.
- PACKAGING & DIRECTION FOR USE: Gel Sticky Pen comes packaged in a box of 10, with each swab measuring 7.65 cm/ 3.01 inches in total length and 2.5mm/0.1 inches in head diameter. Each swab is individually sealed and comes with a dust-free storage box for easy storage. To use, simply press the sticky gel end onto the target and repeatedly pull off to remove dust and oil from sensors or other delicate areas. Each gel stick can be reused up to 60 times before losing its effectiveness.