Electrical Engineering

Electrical engineering is a significant component to most of our development projects. Our team has a broad range of expertise, skills, and backgrounds that are applicable to designing life science instruments, medical devices, and other technical products.

Our expertise includes:

  • Hardware/software/firmware system architecture and design
  • User interface development and mockup
  • Design and test documentation
  • Instrument integration and testing
  • Board layout and design
  • Cables/wiring harness design
  • Manufacturing transfer and production support
  • Design and testing for regulatory compliance (CE, UL, FDA, others)
  • Embedded system design (SBC, microcontroller, DSP/FPGA/CPLD)
  • Power conversion and distribution
  • EMC system architecture and design

  • Communication interfaces and protocols (serial, parallel, Ethernet, RF, IR, others)
  • Robotic (motion) control systems
  • Thermal control and management systems
  • Sensor technologies and remote measurements
  • Data acquisition and signal conditioning
  • Image capture and signal processing
  • Electro-optical design (LED, laser, PMT, APD, others)
  • Microfluidic electronics designs (electrophoresis, EWOD)
  • Battery power electronics to high power electronics designs
  • Fluidic control and measurement electronics (valves, pumps, sensors)

Mechanical Engineering

Our mechanical engineering group has deep experience in all aspects of design and packaging and uses the latest industry-standard 3D CAD tools. The team takes every factor into consideration to ensure your products are leading-edge in design, reliable and robust, and meet cost of goods and time to market requirements.

Our expertise includes:

  • System engineering
  • Airflow analysis
  • Shock and vibration analysis
  • Structural analysis
  • Thermal analysis
  • Tolerance and dimensional analysis
  • Chassis and enclosure design
  • Design and process FMEA
  • Design for cost reduction
  • Design for manufacturability
  • Design for serviceability
  • Mechanism design
  • Plastics design
  • Sheet metal design
  • Consumables
  • Pneumatics
  • Regulatory compliance
  • SolidWorks and Pro/Engineer

Optics Engineering

A dedicated, on-site optical lab lets us provide clients with rapid, robust breadboard development and designs that translate into reliable prototype and production instruments. The vast experience of our multidisciplinary optics team ranges from multi-wavelength flow cytometry to fluorescence imaging to high and low power digital microscopy.

Optical engineering capabilities:

  • Theoretical design and modeling
  • Rapid breadboard feasibility analysis and testing
  • Custom imaging and non-imaging detection systems
  • Custom illumination systems
  • Custom light pipe design
  • Fluorescence and polarization-based epi-illumination systems
  • On-the-fly data acquisition and analysis
  • High volume, low cost systems
  • Low volume, custom engineered solutions
  • Single and multi-mode fiber optic systems
  • F-Theta scanning systems
  • High speed, high magnification scanning imaging systems

Recent projects:

  • Scanning F-Theta detection system with integrated, scanning MEMS mirror
  • Visual alignment system for opaque samples designed for up to 90% obscuration of the clear aperture, and user selectable specular or scattered reflection detection
  • Tissue proximity sensor
  • LED illuminator for fluorescence detection
  • High speed, high magnification scanning imaging systems ranging from custom lab-on-a-chip fluorescent nanosphere detection to standard microscope slide imaging of clinically prepared tissue
  • Custom light-pipe