Scientific & Analytical Industry

Precision Embedded Engineering for
Lab and Field Instruments

Cirqbits partners with OEMs and product companies to engineer high-precision, real-time embedded systems for scientific and analytical instruments used in laboratories, process plants, environmental monitoring, and field measurement.

Hardware Firmware Mechanical Cloud & Applications
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Scientific & Analytical Instruments embedded product engineering
Scientific & Analytical Instruments
15+
Years Engineering Experience
End-to-End
Product Engineering
Connected
Hardware to Cloud
Prototype to Production
Lifecycle Support

Industry Engineering Scope

One Engineering Partner Across the Product Stack

Supported by engineering leadership with 15+ years of experience in Embedded Systems, Precision Measurement, Sensor Interfaces, Industrial Communication, and Product Realization.

Single-Point Engineering PartnerHardware, Firmware, Mechanical Enclosure, Cloud, Web Application, Mobile Application, Testing, and Production Support stay coordinated throughout development.

Gas Analysers for O2, CO2, CH4, CO and NOx

Oxygen Analysers - Paramagnetic, Electrochemical and Zirconia

Chromatography Instruments - GC, HPLC and Ion Chromatography

Moisture Analysers

Water Quality Analysers - pH, ORP, Conductivity and Turbidity

Flow, Pressure and Temperature Instruments

Particulate Matter and Air Quality Analysers

Scientific Balances and Precision Weighing

Titration, Colorimetry and Electrochemical Analysers

Representative Use Cases

Products and Systems We Help Develop

Representative product types are shown below. Final architecture is selected around accuracy, safety, environment, interfaces, power, compliance, cost, and production objectives.

Gas and Oxygen Analysers

Measurement platforms for process, laboratory, combustion and ambient-air applications.

  • Precision Analog Front-End
  • Valve, Pump and Heater Control
  • Calibration, Logging and Diagnostics

Water Quality Instruments

Portable or benchtop instruments for pH, DO, ORP, Conductivity and Turbidity.

  • Sensor Excitation and Signal Conditioning
  • Temperature Compensation
  • Local Display and Data Export

Environmental Monitors

Weather, AQI and field monitoring equipment for continuous measurement.

  • Multi-sensor Acquisition
  • Outdoor Enclosure and Power Design
  • Remote Telemetry and Alerts

Precision Weighing Systems

Scientific balances and load-cell based measurement products.

  • Low-noise Load Cell Interface
  • Calibration and Stability Logic
  • Display, Keypad and Data Communication

Chromatography and Spectrometry Systems

Embedded control and acquisition for analytical laboratory equipment.

  • Motor, Pump and Valve Sequencing
  • High-resolution ADC Integration
  • PC Software and Instrument Communication

Process Instruments

Moisture, pressure, flow and temperature analysers for industrial use.

  • 4-20 mA and 0-10 V Interfaces
  • Modbus, Ethernet and USB
  • Rugged and Serviceable Design

Scientific Lab Equipment

Controllers for centrifuges, mixers, incubators and related instruments.

  • Motor and Heater Control
  • Safety Interlocks and Alarms
  • Recipe, Timer and User Interface

Portable Field Instruments

Handheld analysers and test equipment for field technicians.

  • Battery and Charging Design
  • Compact Enclosure and Display
  • BLE, USB or Cellular Data Transfer

Interfaces and Integration

Sensors, Control, Communication and Connected Applications

We design the complete path from physical measurement and actuation through embedded processing, communication, user interfaces, data logging, and remote support.

Precision Signals

  • 0-1 V, 0-5 V, 0-10 V and 4-20 mA
  • RTD, Thermocouple, NTC and Precision Temperature Inputs
  • Load Cells, Pressure and Flow Sensors
  • Pulse, Frequency and Impulse Signals
  • Valves, Solenoids, Relays and Pump Control

Instrument Connectivity

  • UART, I2C, SPI and 1-Wire
  • RS-232, RS-485 and Modbus
  • CAN, CANopen, Profibus and BACnet
  • USB CDC, HID and MSC
  • Ethernet and LAN

Remote Connectivity

  • Wi-Fi and Bluetooth / BLE
  • LoRa and LoRaWAN
  • NB-IoT, LTE-M, GSM and 4G
  • MQTT, HTTPS and CoAP
  • API-ready Cloud, OTA and Remote Monitoring

Why Cirqbits

Designed for Accuracy, Reliability and Deployment

Product decisions are made with field conditions, serviceability, manufacturability, cybersecurity, verification, and compliance planning in view.

01
High-resolution ADC and Analog Front-End Experience

Planned as part of the overall product architecture, verification, deployment, and lifecycle strategy.

02
Low-noise and Shielded Circuit Design

Planned as part of the overall product architecture, verification, deployment, and lifecycle strategy.

03
Calibration, Logging and Diagnostics Logic

Planned as part of the overall product architecture, verification, deployment, and lifecycle strategy.

04
Integrated Firmware, Electronics, Mechanical and Cloud Delivery

Planned as part of the overall product architecture, verification, deployment, and lifecycle strategy.

05
Touchscreen, Keypad and Operator Interface Design

Planned as part of the overall product architecture, verification, deployment, and lifecycle strategy.

06
CE, FCC, EMC and ISO-oriented Design Planning

Planned as part of the overall product architecture, verification, deployment, and lifecycle strategy.

Development Process

From Requirement to Production ready Product

The flow is adapted to project maturity while keeping Hardware, Firmware, Mechanical, Applications, Verification, and Manufacturing aligned.

1
Requirements and Sensor Selection
2
Hardware System Architecture
3
Analog and Digital Signal Conditioning
4
MCU / MPU and Communication Design
5
Firmware, Drivers, UI and Communications
6
Calibration, Logging and Diagnostics
7
Mechanical Enclosure Prototyping
8
Cloud or Application Integration
9
Testing, Validation and Compliance
10
Production Readiness and Support
Certification scope: Formal certification is not included automatically in the initial development scope. Applicable tests, documentation, and certification activities are planned as a separate phase after the beta prototype and target markets are confirmed.

Start Your Project

Partner with Cirqbits for Scientific Precision

Share your use case, sensing and control needs, interfaces, operating environment, target volume, compliance goals, and current project stage. Cirqbits can support architecture review, complete development, subsystem engineering, modernization, or production transition.