Capabilities
One team, one facility — from first conversation to long-term support
We build custom scientific instruments for laboratories. That requires mastering many disciplines at once — mechanical engineering, electronics, software, optics, thermal management, regulatory compliance, and more. Instead of coordinating multiple subcontractors, we keep everything in-house. One team, full control, faster results.
What you get
We start by studying your science — not just your specifications. Through deep interaction with researchers and future users, we identify what the instrument actually needs to do. We understand what you need, not just what you think you need.
Mechanical design, custom electronics, embedded software, AI, simulation, optics, thermal management — our team handles every discipline under one roof. No subcontractors, no information lost between companies, no interface problems.
Every instrument ships with an intuitive touchscreen interface built for scientists and technicians, not engineers. We design for the way your team actually works — with clear workflows, real-time data visualization, and minimal training required.
ISO 17025, GLP, IQ/OQ/PQ qualification, safety-rated circuits (Cat. 3 / PL d) — we've been working in regulated environments for over 20 years. Compliance is designed in from day one, not added as an afterthought.
Complete data logging with CSV export, full experiment traceability, and audit-ready documentation. Your results are reproducible, verifiable and compliant with your data management requirements.
Every instrument is fully assembled, tested and validated in our facility before delivery. You receive a complete, ready-to-use system with calibration data and test reports — not a prototype that needs finishing.
Complete operator manuals, maintenance guides, and on-site training sessions. Your team is fully autonomous after handover. We document everything so knowledge doesn't depend on a single person.
Maintenance, upgrades, spare parts, fast technical response. We stay with you long after delivery — and evolve your instrument as your research evolves. We're present until the problem is solved.
Technical Expertise
Every capability needed to build a complete scientific instrument — from precision mechanics to artificial intelligence.
Precision CNC-machined aluminum structures from solid stock. Multi-axis motion systems with preloaded linear rails. Complete 3D modeling in PTC Creo with integrated simulation. Fluidic and microfluidic systems with chemical resistance and sterilization compatibility.
Manufacturing partners: Swiss precision CNC shops, 247TailorSteel, JLCPCB/JLC3DP for prototyping.
Custom PCB design and manufacturing. Industrial control systems with Phidgets USB modules. Integrated sensors for flow, pressure, temperature, humidity. Safety-rated circuits designed to Category 3, Performance Level d with dual-channel relays and door interlocks.
Embedded control software and touchscreen HMI in Python. Real-time data acquisition, logging and export. Machine learning models, computer vision, and cloud integration. Full-stack development from low-level device communication to operator interface.
Computational fluid dynamics (CFD), mechanical and thermal finite element analysis (FEA), and multi-physics system-level simulations. We predict instrument performance before building the first prototype — reducing iterations and accelerating delivery.
Deep expertise in the scientific fields where our instruments operate.
Aerosol generation, delivery, characterization, particle size measurement, concentration control, CFD-optimized transport
Exposure chambers, dose control, smoking machine verification, conventional & heated tobacco products
Breathing simulation, humidity & temperature control, programmable profiles, inhalation research platforms
Cell culture environments, in-vitro systems, biocompatible materials, biological sample handling
Sub-milliliter volume handling, channel design, gradient generation, precision sample preparation
Chemical analysis instruments, sample preparation systems, measurement solutions for analytical laboratories
The technical building blocks behind every instrument.
CNC aluminum from solid stock, precision linear motion, custom enclosures — machined, not assembled
Optical measurement, spectroscopy UV to IR, vision systems with image processing
Environmental control, heat transfer optimization, climate chambers, incubation systems
Precision microfabrication, MEMS integration, miniaturized sensor systems
CFD, FEA, multi-physics simulation, rapid prototyping, concept validation
Design for manufacturing, process validation, production automation, supply chain integration
Standards & Compliance
Our instruments are engineered in accordance with international safety, quality and regulatory standards. Formal certification available on request.
IEC 61010-1 — Safety of electrical equipment for laboratory use
ISO 13849 — Safety-rated control circuits (Cat. 3 / PL d)
IEC 61326 — Electromagnetic compatibility
ISO 9001 — Quality management
ISO 13485 — Medical device quality systems
ISO 14971 — Risk management
GLP — Good Laboratory Practice
CE marking — European Union (on request)
FCC — United States (on request)
ISO 17025 — Calibration & testing
IQ/OQ/PQ — Pharmaceutical qualification
Tell us about your research challenge — we'll tell you how we can help.
Get in touch