Mettler Toledo 50g E1 Calibration Weight: Ultimate Precision and Long-Term Reliability
The Mettler Toledo 50g E1 Calibration Weight is a meticulously crafted instrument, ideal for laboratories and industries where precision is paramount. Made from high-quality stainless steel, vacuum melted, this weight is free from defects and porosity, resulting in a flawless surface and unparalleled long-term stability. The premium material and manufacturing process ensure that the weight remains consistent over time, providing reliable results with every use.
This calibration weight features a monobloc design, meaning it is made from a single piece of stainless steel. This construction method ensures uniform density throughout the weight, which is crucial for minimizing measurement uncertainties. The monobloc structure also enhances the durability of the weight, making it resistant to external factors such as temperature fluctuations and rough handling, which could otherwise affect accuracy.
To ensure the highest level of surface quality, each 50g E1 weight undergoes an electro-polishing process followed by ultrasonic cleaning. These advanced techniques eliminate any surface imperfections, contributing to the weight's durability and precision. The result is a calibration weight that maintains its accuracy over an extended period, even in demanding environments.
The weight comes with a traceable calibration certificate issued by an ISO 17025 accredited laboratory. This certification is crucial for compliance with ISO 9001 standards, ensuring that your calibration weight is a reliable reference for verifying and calibrating measuring instruments such as analytical balances. The worldwide recognition of Mettler Toledo's calibration certificates adds an extra layer of confidence and reliability to this product.
The 50g E1 Calibration Weight is ideal for any environment where precision is critical. Its robust, one-piece construction and high-quality materials make it resistant to magnetic fields and other environmental factors that could introduce measurement errors. Whether used in a high-precision laboratory or in industrial applications, this calibration weight delivers consistent and accurate results every time.