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Capabilities

From top-of-the-art Ion trajectories simulation to Custom Fluidic Systems & Manifold. A worldwide and cross functionnal team to fit your needs.

Discrede Dynode Electron Multipliers

Custom Fluidic Systems & Manifolds

We design and manufacture complex fluidic assemblies tailored to the most demanding life science applications. Our capabilities span laminated, machined, and injection-molded manifolds, often integrating miniature proportional and solenoid valves, PCBs, and embedded electronics to create compact, intelligent subsystems. From microfluidic PCR platforms to high-flow gas control, we deliver performance, integration flexibility, and leak-tight reliability. 

Continuous Dynode Electron Multipliers

Simulation-Driven Design

Our in-house R&D teams use proprietary tools to simulate ion, electron, fluidic, and structural behavior with exceptional accuracy. For ion and electron optics, we apply advanced Monte Carlo methods on dedicated high-performance computing infrastructure—allowing us to co-design detector components with unmatched speed and precision. This simulation-first approach reduces prototyping cycles, accelerates development, and ensures right-first-time performance in even the most complex systems.

Discrede Dynode Electron Multipliers

Cleanroom Manufacturing & High-Level Assembly

Our Class 7 cleanrooms in Switzerland and Australia support contamination-free assembly of sensitive analytical and diagnostic systems. In Australia, our production associates undergo a minimum of six months of training before handling even basic processes, with final assembly reserved for our most experienced technicians—boasting an average tenure of over five years and a turnover rate below 3%. This depth of expertise ensures consistent quality and reliability across high-level assemblies, supported by global site complementarity and scalable manufacturing infrastructure.

Continuous Dynode Electron Multipliers

Precision Machining & Materials Expertise

We offer advanced machining capabilities including 4- and 5-axis CNC, Swiss turning, and ceramic processing. These technologies allow us to produce intricate, high-tolerance components in metals, polymers, and technical ceramics—ideal for high-voltage, thermally stable, and chemically inert applications. Our ability to prototype and scale with precision makes us a trusted partner for both development and production.

Let’s answer your need

Ready to take your project to the next level? Contact us today to discuss how we can help you achieve your goals.