Search Thermo Fisher Scientific
In-line solutions for contaminant detection and product quality verification in ready-for-release pharmaceutical products
Our checkweighers, metal detection, and X-ray detection and inspection systems reject incomplete packages at speed, can rapidly identify the smallest metal contaminants, and provide an instant check of packaging quality. Suitable for both packed and part-packed goods, for oral solid dosage forms, liquid vials, bottles, and cannisters, they help you to confidently safeguard critical aspects of product quality.
When it comes to confirming that every blister strip and every packaged product is 100% complete, accuracy and throughput are key. Whether you’re looking for an entry-level system or state-of-the art technology for your fastest tablet press, we can help. Choose from:
Whether a pack is missing just a single tablet from a blister strip or even the patient information leaflet, our checkweighers can detect the problem, in time for remedial action.
Exacting specifications for metallic contaminants are critical for pharmaceutical product quality. Whether you’re looking for high sensitivity at a competitive price or a solution that robustly minimizes risk, we can help. Choose from:
From tablet press to deduster and for even the smallest contaminants, our metal detectors provide robust and effective protection from metal contaminants.
The safety of pharmaceutical products relies on being able to detect foreign objects in any part of a product and making sure that every element of packaging is up to specification. Whether you’re looking for foreign contaminants that have entered the workstream or are seeking to ensure the contents of your packaging meet the highest levels of accuracy, we can help. Choose from:
Whether you're checking for glass or plastic in a tablet pack or the quality and fill of an upright can or bottle, our X-ray systems deliver the versatility and performance needed for rigorous product quality standards.
For Research Use Only. Not for use in diagnostic procedures.