Gallery

We implemented a system to monitor the temperature of a room in order to ensure that the product reached a desired temperature (highlighted in red) during its sterilisation process

An HMI screenshot of a red wine circulation system. A PLC was used to control the cooling solenoids to maintain a certain temperature in the tanks, while also turning on the circulation pumps at set time intervals. Monitoring and parameters for multiple tanks could be viewed and altered from one single HMI unit

An HMI screenshot of a grape intake system used in a winery. The PLC is able to control the intake machinery as well as the valve system used to distribute the grapes to various seperators, presses, and storage tanks

Another screenshot of the grape intake system, showing an available path to one of the DF Tanks. The buttons under each tank allow the operator to select which intake they would like to route the grapes from to get to that specific tank

A photo of the HMI's that the operator uses in order control the intake system. Note we connected two HMIs to one PLC network in order to be able to see an overview of multiple sections of the system during operation

We have our own small workshop that we use in order to manufacture light engineering work for our customers

An example of our standard safety panel. Based around an Eaton ES4p safety PLC, the panel is linked to a series of light curtains, door safety switches, pneumatic dump valves and and emergancy stop buttons in order to ensure that our machines meet our clients safety requirements

A photo taken inside one of the winerys we automated

Our company operates at a number of locations outside of Cape Town, including SANAE located in Antarctica

Our standard control panel uses an EATON EC4P to control the majority of our machines. Has ethernet capabilities in order to be connected to a central server, as well as multiple serial ports that can be used for scanners, printers, etc

Tooling that we automated to be compatible with one of our machines. The tooling holds a part while it is leaktested and scribed

Tooling that we automated to be compatible with one of our machines. The tooling holds a part while it is leaktested and scribed

Tooling that we automated to be compatible with one of our machines. The tooling holds a part while it is leaktested and scribed

An example of one of our machines - a basic leaktester and label printer, without any tooling and before the test equipment and printer have been installed

An example of some of the light engineering that we manufacture in our workshop. This is an adjustable scanner mounting for positioning a motorola DS457 scanner