Discover our services

We provide comprehensive consulting and engineering support throughout the entire product development lifecycle—from initial concept and design to verification, manufacturing transfer, and field support. Our integrated approach ensures robust, reproducible, and compliant solutions for complex instruments and diagnostic systems.

Core Capabilities & Expertise

We specialize in integrating hardware, software, chemistry, and consumables into high-performance, scalable platforms.

1. Systems Development & Architecture

We deliver robust, integrated system solutions by aligning technical feasibility with user requirements and regulatory needs.

  • Market & Technology Assessment: Align user needs with competitive insights and technical feasibility to inform strategic direction.

  • Requirements & Specification Development: Create meticulous documentation (MID, PRD, PSD, MDD, SRS, SDS) to guide design, verification, and regulatory compliance.

  • System Architecture Design: Integrate instrument hardware, software, and consumables into cohesive, scalable platforms.

  • Risk & Reliability Engineering: Implement advanced methodologies (FMEA, fault tree analysis, HALT/ALT testing) to model reliability and mitigate potential risks.

  • Verification & Validation (V&V): Ensure all systems meet design intent, functional requirements, and strict regulatory expectations.

  • Field Support & Root Cause Analysis: Provide comprehensive troubleshooting, workflow optimization, and resolution of issues for deployed instruments.

2. Instrument Design & Engineering

Deep expertise in diagnostic technology and instrument engineering, encompassing product specifications, detailed design, and analysis.

  • Mechanical Engineering & Analysis: Utilize advanced 3D CAD modeling (SolidWorks, Pro/ENGINEER), FEA (thermal, flow, stress), and tolerance analysis for robust design.

  • Electrical Engineering & Circuit Design: Develop comprehensive digital/analog systems, signal processing, low-noise electronics, and power management solutions compliant with standards like IEC 60601.

  • Opto-Mechanical Design: Integrate advanced optical systems, including lasers, LEDs, optical filter design, fluorometers, photomultiplier tubes (PMT), and fiber-optic integration.

  • Fluidic Systems & Motion Control: Design precise fluid handling solutions (pumps, pipettors, vacuum systems) and motion control systems (steppers, DC motors, piezoelectric actuators).

  • Firmware & Software Integration: Bridge hardware, software, and GUI development for seamless system operation and data analysis.

  • Prototyping & DFM: Manage rapid prototyping, assembly, and functional testing while applying Design for Manufacturability (DFM), serviceability, and cost analysis.

3. Consumable & Assay Development

We design complex consumables and optimize assay workflows for high performance, user-friendliness, and scalable manufacturability.

  • Consumable Design & Microfluidics: Design scalable microfluidic cartridges incorporating mold analysis and DFM principles for diagnostic applications.

  • Automated Sample Processing: Optimize workflows for complex samples, including lysis, sonication, filtration, and surface modification.

  • Nucleic Acid Amplification: Design thermocycler and isothermal systems (PCR, LAMP) with multiplex fluorescence and melt-curve capabilities.

  • Reagent Chemistry & Stabilization: Develop purification and capture methods (BOOM, SPRI), lyophilization, dry reagent spotting, and enzyme formulation.

  • System Integration & Optimization: Ensure seamless performance from instrument to assay through comprehensive integration of chemistry, fluidics, and amplification workflows.


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