SOLVATEQ - EXPERTISE IN SILICONE SOLUTIONS
Founded in 2024 by mechanical engineer Marco Jeanneret, Solvateq is a company specialized in the development of silicone solutions for technical, food-grade, and industrial applications.
Its activity focuses on the design and manufacture of silicone molds and parts, intended for prototyping, pre-series, and small production runs, when standard solutions no longer meet requirements in terms of use, precision, or volume.
Based in Switzerland, Solvateq supports companies in French-speaking Switzerland and throughout the country in projects requiring reliable and functional flexible components.
Our Mission
To make access to silicone solutions simpler, faster, and more consistent for companies developing products or equipment that require reliable flexible components, from prototype to small series.
OUR APPROACH
Solvateq has chosen a clear specialization in silicone in order to guarantee a high level of technical expertise and overall consistency in the solutions offered.
Each project is approached with a real-use-oriented mindset, taking into account the environment, functional constraints, and the client’s industrial objectives.
Our Strengths
USE-ORIENTED ENGINEERING
We always start from the real application to define the right silicone solution, taking into account mechanical, environmental, and functional constraints.
RESPONSIVENESS AND FLEXIBILITY
Prototyping and small-series projects require short lead times and a high level of adaptability. This is precisely where Solvateq positions itself.
SILICONE SPECIALIZATION
Rather than multiplying materials and processes, we focus our expertise on silicone to ensure in-depth mastery of material properties and the quality requirements specific to flexible components.
CONFIDENTIALITY
Each project is handled with the utmost discretion. The confidentiality of developments is an essential condition of our collaboration with clients.
CLEAR AND TRANSPARENT PRICING
Our proposals are built in a consistent manner, based on engineering work, mold design, materials, and quantities, with no hidden elements or unrealistic promises.