Note: This website is under construction, Please contact us for detailed information. Microdot Type I and II * 21st Century label technology with text and information engraved into the surface of an Acrylate material giving a permanent high contrast, durable and tamperproof image suitable for all environments * Identify and track equipment safely with these labels. High performance industrial adhesive suitable for most surfaces which will give high initial adhesion. * Will withstand temperatures from -60°C up to +200°C - Safe in microwave, dishwasher and autoclave * Image cannot be ‘wiped off’ - permanently engraved into the surface * Tamper evident and not-transferable - labels will fragment if removal is attempted - a theft deterrent that also discourages unauthorised asset transfers. Or use as a security seal. * Laboratory and medical use: Surgical instruments, vials, tubes, slides. Safe in autoclave. The MicroDot is the next generation label technology! MicroDot may be: * Human Readable * Machine Readable * RF ID Write/Read * (Any combination of the above) Microdot - I For medical/evidence tracking applications Microdot - II For industrial and more ruggedized needs applications such as asset tracking for equipment, tools or military items. The "MicroDot" is proof that size doesn't matter. This label uses DataMatrix ECC200 bar code to encode as much data as a traditional bar code while taking up only one-tenth the space - making the "MicroDot" the ideal identification solution for small parts tracking. The relative size of the label also lends itself to other applications where a smaller label is preferred such as evidence tracking or fixed asset tracking for items with which a larger bar code label may be considered obtrusive. The "MicroDot" resists solvents, caustics, acids, and temperatures of nearly 260°C . The "MicroDot" also discourages theft or tampering and is non-transferable. Plus, because of the high redundancy within the DataMatrix ECC200 Bar Code Symbology, the "MicroDot" is still readable when as much as 60% of the image is damaged.