EXPLORER 3000: accurate analysis of hazardous substances on the move
The EXPLORER 3000 from Skyray is a portable XRF (X-ray fluorescence) analyser designed to provide a reliable and fast solution for analysing regulated substances, particularly in the RoHS context. Thanks to its compact design and low weight, it meets the requirements of field professionals while offering performance equivalent to that of laboratory instruments.
Part of the fifth generation of portable spectrometers developed by Skyray, this model combines technologies from microelectronics, photoelectronics and semiconductors. It generates results in less than two seconds, without the need for sample preparation. Whether analysing electronic components, toys, batteries, packaging materials or consumer goods, the EXPLORER 3000 guarantees a fast and accurate response in accordance with international standards.
It supports the analysis of a wide range of elements such as lead (Pb), mercury (Hg), cadmium (Cd), chromium (Cr), bromine (Br) and many others, including lighter elements such as magnesium,aluminium, silicon and sulphur, without the need for helium gas. This makes it particularly useful in the context of environmental regulations.
The integrated software offers two modes: an operator mode for beginners and an expert mode for more in-depth analysis. Thanks to a simplified interface, even non-specialists can quickly get to grips with the device.
The device features a 5-inch high-definition LCD screen that rotates 360°, ensuring clear readability even in low light conditions. An integrated 5-megapixel HD camera allows for precise sample positioning. Its reinforced steel and lead structure limits the risks associated with exposure to X-rays, while a mechanical safety lock prevents unauthorised activation.
With a rechargeable 9000 mAh lithium battery providing up to 12 hours of battery life, and a 27000 mAh battery option for three days of use, the EXPLORER 3000 is built to last. Waterproof and dustproof, it adapts easily to demanding industrial environments.
