Articles on laboratory equipment maintenance: routines, intervals and practical tips to prevent downtime and extend service life.
Latest articleMicrocentrifuges are high use tools in life science and clinical diagnostics. Therefore, rotor choice affects both safety and productivity. Polymer rotors behav…
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Airflow stability defines operator and sample protection in a cabinet. Therefore, reliable monitoring matters.…

UV-C is often used as an extra step after cleaning inside the cabinet. However, lamp output declines with age.…

A biological safety cabinet must stay clean to protect staff, samples, and the room. Therefore, cleaning needs…

Many labs assume a larger reservoir means better cooling. That seems intuitive, yet it often misleads selectio…

Adhesive mats make orbital shaking more flexible and convenient. They often replace clamps and simplify setup.…

In a GMP cell culture area, contamination can derail production. Therefore, cleaning must control microbes and…

Sticky mats offer a flexible alternative to metal clamps on orbital shakers. They save setup time and reduce c…

Cleaning looks simple, but the wrong agent can cause damage. Therefore, material knowledge matters. For TSX hi…

Energy costs add up quickly in laboratories. Therefore, smart settings matter. On TSX refrigerators, the perim…

In shared laboratories, users often switch rotors and protocols. Therefore, traditional tie-down steps waste t…
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