We design customized analytical methods that are precisely tailored to each project’s requirements. Our focus is on creating robust, sensitive, and reproducible methods that ensure accurate data across all stages of development. Each method undergoes phase-appropriate validation and is seamlessly transferred to manufacturing or partner sites, ensuring consistency, compliance, and reliability.
- Parallel & Conventional Synthesis
Flexibility to adopt the right approach for exploratory or large-scale requirements.
- Kilo Laboratory
Specialized kilo lab infrastructure designed for seamless scale-up from milligram to kilogram quantities.
- Exploratory Chemistry Expertise
Skilled in handling multi-step synthesis, novel scaffolds, and complex intermediates.
Why Choose us?
Tailored methods for small molecules, intermediates, and APIs
Optimization for accuracy, sensitivity, and robustness
Phase-specific validation aligned with global regulatory guidelines
Smooth transfer between development and commercial facilities
Popular questions
Can Ceyone optimize an existing analytical method?
Yes. Existing methods can be evaluated and optimized to improve performance, robustness, reproducibility, and suitability for routine testing or development requirements.
Does Ceyone support analytical method validation?
Yes. Following method development and optimization, Ceyone can support analytical method validation to demonstrate that the procedure is suitable for its intended purpose.
Can analytical methods be transferred to another laboratory?
Yes. Ceyone can support analytical method transfer activities, helping ensure that established methods can be reproduced reliably at the receiving laboratory.
What method development services does Ceyone provide?
Ceyone supports the development and optimization of analytical methods for pharmaceutical compounds, intermediates, and related materials, with a focus on reliable, reproducible, and fit-for-purpose analytical procedures.
Can Ceyone develop analytical methods for new compounds?
Yes. Ceyone can develop analytical methods for new compounds and products based on their specific characteristics, analytical requirements, and intended application.
What is involved in analytical method optimization?
Method optimization involves evaluating and refining analytical conditions to improve parameters such as specificity, accuracy, precision, sensitivity, resolution, and reproducibility.