Dr. Ashavin's Services is a technology based, research driven enterprise aim to setup the World's Largest Inventory of Drug Product & Impurity Standards. We aim to enable the research community in accelerated discovery via synthesis of complex and difficult to make compounds.
We specialize in Innovative Organic chemistry and synthesis of multiple Complex Molecules, Metabolites, Impurities, Compounds. We also undertake synthesis of complex Molecules or "Difficult to Synthesize" compounds/Intermediates.
Dr. Ashavin's Services employs experienced scientists, with impeccable credentials and global exposure. We pride ourselves on being the reliable and committed partners to your Research and Development programs.
Servicing various industries including but not limited to; Pharmaceuticals, Nutraceuticals, Agrochemicals, Defense, Forensic & Toxicology, Academic and Government research institutes.
Dr. Ashavin's Services's corporate office are located in Chandigarh, India.
We have a strong commitment towards improving our quality systems, to deliver products that meet and exceed the needs of our customers and regulatory body mandates.
We at Dr. Ashavin's Services firmly believe in the power of research & the need to go where research takes us. In this challenging and competitive environment, our business is driven by a strong commitment and operates with the highest standards of ethics & integrity "The 'Catalyst' in making your Research Work".
Our Corporate Strategy has its goal in 'Superior Customer Delight' with global standards in every aspect of its Business Process, and the rapid internationalization of the Company's business. This involves all aspects of the business like, its processes, people, sales, business-level standards, research and development activities etc.
All orders are facilitated with the utmost care, and responsibility. Our products are supported with extensive COA's and services, that are at par with ICH guidelines and pharmacopoeias. International packing standards are adhered to for the delivery of all compounds, to reduce quantity loss during transit.