Custom Engineering and Manufacturing Services

We have extensive expertise in the design and manufacture of custom products for original equipment manufacturers (OEM), industrial manufacturing, laboratory research, and commercial monitoring and logging applications. See some of our capabilities below.

customized MPS Series Monitor Alarm System.

Customized MPS Series Monitoring System.

Customization of Standard Monitoring/Alarm Systems

Hampshire Controls has worked with OEMs, government agencies, research laboratories, and industrial manufacturers in a variety of industries to customize our products to address a wide range of monitoring, alarm notification, and network logging applications.

Our customized systems are designed and manufactured in house to meet the specific demands of the application without compromise.

Monitoring, alarm notification, and network logging customizations could include:

  • Specialized analog and digital sensors (e.g., temperature sensors (-200 °C - +400 °C), resistive, voltage, current, I2C, SPI, etc.).
  • Application-specific firmware.
  • Wired and wireless networked sensors (RF, Wi-Fi, Cellular LTE, etc.).
  • Integration into networked data logging and alarm systems (Ethernet, Wi-Fi).
  • Digital, analog, and relay outputs for process monitoring and control.
  • Integration with audio and visual signaling devices (horns, strobes, etc.).
  • Variable display types and sizes.
  • Custom panel sizes and colors with OEM artwork.
  • Custom NEMA/IP rated enclosures for harsh environments.

Fully Custom Design and Manufacturing Services

Hampshire Controls will design and manufacture new monitoring and/or control systems for your OEM, laboratory, or manufacturing application.

Product development services include:

Mechanical Engineering:

  • Customized enclosures to satisfy environmental requirements (NEMA/IP ratings, etc.).
  • Overlay or panel designs including graphic layout with customized logo.

Electrical Engineering:

  • Analog, digital, and mixed-signal PCB design.
  • Optimized microcontroller selection to minimize the number of additional IC components.
  • Sensor data acquisition, amplification, and filtering.
  • Power supply design for line power, battery, or mixed-power applications.
  • Low power designs for battery powered devices.

Programming:

  • In-house application-specific firmware development.
  • Industry standard or proprietary communications protocols.

Manufacturing:

  • Electronic assembly: PCB soldering, cable manufacturing, subsystem interfacing, etc.
  • Final electronic product assembly.
  • Electronic testing, burn-in, and calibration.