The cutting-edge technology used at Chemo's plants affords us enormous flexibility and versatility, as well as allowing us to produce our medicines in compliance with the strictest quality standards.
Our chemical plants have capacity to undertake chemical and fermentation processes. Thanks to the versatility of our facilities and the broad scope of operations - temperature, pressure and the equipment materials used, among other factors - our plants are able to produce a range of different reactions.
We also have in-house capacity for lyophilisation and various physical treatments, including micronization, compaction and milling, for example, which are crucial for us to meet our customers' needs. Our plants operate at various different scales: laboratory, kilo lab, pilot plant and industrial scale production.
Our facilities offer robust industrial capacity with sophisticated, sector-leading technology for the production of tablets and capsules for immediate and modified release dosage forms. The plants feature specific areas for soft capsules, foam products, semi-solids and osmotic delivery systems, as well as an entire building dedicated to respiratory products.
At Chemo, we have one of the world's largest fluid bed processors, with a capacity of 1,300kg per batch. We are equipped to manufacture hormonal products, including granules, oral tablets, vaginal pessaries, soft capsules, creams and vaginal rings. We also specialise in manufacturing proton-pump inhibitors and steroids.
Thanks to our reinvestment and continuous improvement programmes, we now have two injectables plants in Spain, one of which manufactures injectable hormonal products, as well as a plant in India which produces oral solid dosage formulations.
MINI-TABLETS FILLED CAPSULES
SOFT GELATINE CAPSULES
ORAL SOLUTIONS (PFS)
DPI - DRY POWDER INHALERS
SMI - SOFT MIST INHALERS
VAGINAL TABLETS WITH APPLICATOR
ORAL SOFT GELATINE CAPSULES
INTRAVAGINAL GELATINE CAPSULES
CREAMS & OINTMENTS
We care for the environment by using the most advanced, modern techniques available, such as cryogenic condensation for the treatment of gases and high-pressure biological waste water treatment using pure oxygen, as well as tertiary treatment using ultrafiltration (UF) with ceramic membranes.