Chemical Synthesis Solutions

Chemical synthesis refers to the process of converting simpler compounds into complex organic or inorganic compounds through a series of chemical reactions. The general production process includes: reaction synthesis, separation, purification, drying, crushing, mixing, packaging and so on. It is widely used in the production of peptides, antibiotics, heparin, hormones, and engineering projects. Tofflon API synthesis business mainly covers process design, manufacturing of key process equipment, engineering delivery and validation services for a complete set of solutions for chemical APIs. The business focuses on meeting the production needs of chemical APIs for small molecule drugs, covering the entire process from R&D to production. Tofflon API offers a wide range of advanced API production equipment, including reactors, separation and purification systems, drying equipment, packaging equipment, etc. From process validation, manufacturing control, process performance and quality system, we help you realize product quality transparency and continuously improve product quality.

Tofflon Science and Technology Group Co., Ltd.

Purification Process
Cryopreservation Of The Original Solution
Auxiliary System
Preparation
Isolation System
Isolation System1
Isolation System2

Centrifugal

Membrane Filtration

Chromatographic Process

Parts

(M+E+C)&AI&

Relying on the understanding of regulations and processes, provide reliable end-to-end equipment and facilities from R&D to commercialization; Through planning and design, procurement management, engineering construction, system verification and other processes, integrated delivery of factories with specific functions; Provide core process consumables such as culture medium,resin,filter and single use reaction bag to assist process optimization and solve the problem of stock solution production; Relying on information and intelligent time experience, we will provide forward-looking and professional digital planning to help enterprises transform digitally.