Custom Synthesis – Delivering Value Through Expertise

Ubichem Strengthens Position in Custom Synthesis with Continued Project Success

Ubichem is reinforcing its reputation as a trusted partner in the field of custom synthesis, delivering tailored solutions to clients across the pharmaceutical and chemical sectors. With a growing portfolio of successful projects, the company continues to demonstrate its ability to support complex molecule development from early-stage research through to commercial production.

The custom synthesis team, known for its technical depth and collaborative approach, has recently completed several challenging projects focused on improving cost efficiency, de-risking supply chains, and accelerating development timelines. These efforts reflect Ubichem’s commitment to providing flexible, customer-centric services that meet the evolving needs of the industry.

“Our clients rely on us not just for chemistry, but for strategic support,” said Kelvyn Soars, Division Manager at Ubichem. “We work closely with each partner to design scalable, commercially viable synthetic routes that align with their goals, whether that’s speed to market, cost control, or supply chain resilience.”

“Custom synthesis is where our technical expertise and customer-first mindset truly come together. Every project is unique, and we pride ourselves on being responsive, transparent, and solutions-focused. Our team thrives on solving complex challenges and delivering real value to our partners.”

Ubichem’s custom synthesis offering spans route design, process development, scale-up, and manufacturing, with a focus on quality, transparency, and long-term value. The company’s ability to adapt quickly to project requirements and deliver results under tight timelines has been a key factor in its continued growth.

As the demand for specialised chemical solutions increases, Ubichem remains committed to expanding its capabilities and deepening its partnerships. The team invites new and existing clients to discuss how Ubichem can support their next synthesis challenge.