Projects

M100

Infection Treatment
The SIS Machine M100 is a micro current stimulator with real time monitoring of resistance, output current and algorithms designed to provide direct and local treatment for increasingly common superbugs and hard-to-reach infections.

  • Nano current resolution
  • Resistance monitoring
  • Algorithm development
  • Low power consumption
  • Compatible with patented silver nylons
  • Audio and visual alerts
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W100

Wound Treatment Device
The SIS Machine W100 is a constant micro current and voltage stimulation with real time monitoring of resistance, output current/voltage and algorithms designed to deliver silver ions directly into the wound bed. It can be applied to acute and chronic wounds with active silver ion delivery for fast treatment and prevention of infection.

  • Nano current resolution
  • Resistance monitoring
  • Low power consumption
  • Compatible with patented silver nylons
  • Patented electronics
  • Audio and visual alerts

Cyclic AMP Stimulator

Function Generator
The cAMP Cyclic AMP Stimulator is device, designed to provide clinicans with the ability to apply bio-electric waveforms that are programmed to stimulate and generate cyclic AMP utilization. The device uses special function generators to produce high resolution amplitude modulated waveforms.

  • OLED Display
  • Single Rotary Knob + Push Button
  • IP54 Case + Silicone Cover
  • High Resolution and Accuracy
  • Fully Programmable
  • Easy to use
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Pool Controller

Pool Chlorinator & Control Unit
A products physical design not only has to be aesthetically pleasing but be robust as well. At EE our mechanical design team uses advanced graphic and mechanical software to ensure products look and feel great whilst lasting a lifetime. Our mechanical team have a combined experience of over 30 years and are extremely versatile. From large robotic cells to hand-held enclosures, we always strive to provide full Engineering support through a product’s development lifecycle.

  • 4-20mA x2
  • 0-10V I/O x4
  • Relay Outputs x8
  • Opto-coupler Inputs x4
  • Switched Inputs x10
  • 24VDC/12VDC/5VDC Outputs

M250

Infection Treatment
The SIS Machine M250 is a micro current stimulator with real time monitoring of resistance, output current and algorithms designed to provide direct and local treatment for increasingly common superbugs and hard-to-reach infections.

  • Nano current resolution
  • Resistance monitoring
  • Algorithm development
  • Low power consumption
  • Compatible with patented silver nylons
  • Audio and visual alerts
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IoT Website

Pool Monitoring Portal
The CP240 plant room controller interfaces with existing pool diognostics systems and wirelessly sends and stores data to a web server to provide customers with real time and historical data on their pool or spa.

  • NoSQL Database
  • 100% Responsive Layout
  • User Friendly Design
  • Scalable Structure
  • Email & SMS Alerts

UWSP

Underwater Sound Projector
In hydro power systems, fish and other aquatic mammals can get caught in large turbines when water is drawn from rivers and the sea. The Underwater Sound Projector (UWSP) was a proof of concept exercise whereby characteristic sounds were generated and projected underwater in an attempt to "scare" away specific fish.

  • Portable (international testing)
  • PC controlled via USB
  • 3000W RMS output
  • Fan cooled
  • Controller/amplifier built into instrument case
  • 24VDC/12VDC/5VDC outputs
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CP240

Pool Monitoring Device
The CP240 plant room controller interfaces with existing pool diognostics systems and wirelessly sends and stores data to a web server to provide customers with real time and historical data on their pool or spa.

  • RS485 Communication
  • 4-20mA Input for Conductivity Measurments
  • External Temperature Sensor Inputs x2
  • Sends Data to a Web-server for Monitoring
  • 4 line 20 Char Display
  • 3G and 4G Communication

AUTOMATED WHEELIE BIN INJECTION MOULDING MACHINE UNLOAD AND PROCESS ROBOTIC CELL

Bosch Australia Manufacturing Solutions
Elemental Electronics were contracted to design, manufacturer and commission the electrical automation system for an automated wheelie bin injection molding machine process and robotic cell. The overall system uses a robot to removal a part from the molding machine then further process the part by removing the sprue, injecting plugs and then stacking the bins. The cycle time of the cell is synchronized with the molding machine cycle time, down to 80 second per wheelie bin.
Electrically the overall project included:

  • 5 ABB IRB Robots
  • Manufacturing and commissioning electrical control cabinets
  • Omron PLC Programming
  • Integration of numerous auxiliary equipment
    • Hot Stamping Machines
    • Granulators
    • Pneumatic Valve Banks and Sensors
Injection Moulding Automation