From small handheld devices to whole weighbridge installations, we've consulted on and completed a vast
array of technical engineering projects across Australia.
Below are some examples of the transportation, industrial, and retail projects
we have worked on.
These rugged automated systems record weight information,
and capture all registration and compliance imagery required of a manual public weighbridge.
The user-friendly kiosks generates a report customised to the type of weigh selected.
This has allowed our client to greatly reduce the operational costs of their ever-growing
weighbridge network.
Robotic actuating access ramps for train and tram public transport stops.
These ramps change their angle and rise amount depending on what rolling stock stop at
them.
This allows unassisted disability access without modifying existing rolling stock,
allowing a gradual and select rollout amongst existing train and tram stops, which massively
reduces upfront cost.
The Startek STM42 provides versatile instrument indication in rough industrial environments.
It can display colored text or images over serial or ethernet connections,
and can be reconfigured to modify the display properties.
There are both 240V AC and a 18-72V DC variants, allowing it to merge seamlessly with
existing systems.
The Orica 3D imager is designed for high-framerate data capture during mining blasts.
The data captured is used to perform fragmentation analysis on the muck material.
This helps tune the blasts to target the optimal size of individual rocks to feed into a
crusher.
Designed for the mining sector, this durable device records high-speed vibration events with
great accuracy.
It features a 100kHz sampling rate on four separate recording channels, allowing for in-depth analysis of the target signal.
Typically configured for ground vibration monitoring with airblast overpressure,
it can also be configured for other modes by using different types of input signals.
These robotic end-effectors utilise compressed air, shot out around the circumference of the
end-effector at supersonic speeds.
The high-speed air flowing over the target object generates a low pressure, pulling the
object into the end-effector.
This style of end-effector requires no moving parts,
and cannot clog with dust or debris, as it pushes air out rather than pulling air in.
Sometimes, you need a robust and weatherproof camera mounted in an unusual location.
This modular camera platform allows for the specification of abnormal requirements, such as
specific sizing constraints, mounting methods, and load capabilities.
This particular camera was specified to mount directly to a weighbridge to gain a view
between two platforms, present a minimal and discrete profile, and handle the load of a
human stepping on top of it.
When laying cables for communications becomes too long or too difficult, you can bypass the
problem by using radio bridges instead.
These 433MHz transcievers take in a RS232 signal, transmit the signal to another unit, and
seamlessly provide it to the connected hardware.
The weather-proof design allows these units to be used outdoors and in punishing
environments, and their range can reach over a kilometer with line of sight.
The Powerlog system is designed to accurately measure power usage over time.
Multiple users can share the same power outlet whilst being charged only for what they
individually use, and preventing unauthorized usage of power.
This unit is built with a rugged weatherproof external enclosure so that it can be
mounted in high-traffic outdoor enviroments,
like communal garages or carparks.
The GSV Valet linear actuator control board is designed to control linear actuators that raise and lower a vehicle-mounted bike rack in a custom enclosure.
These boards take a variety of inputs such as user push-buttons, limitswitch endstop signals, and proximity sensors to determine when to begin raising and lowering the rack.
The components used are specified to be high-temperature resistant, and high-load capable, allowing the rack to lift over 100kg of load.
This tetherball toy tracks strikes on the rotating ball from two players, sending scoring information to a phone application via bluetooth.
The information is used to score a number of games, and provide highlights to the user.
Using the low-power BLE and the power saving features of the microcontroller used, our system features a long battery life so that the end user does not need to stop using the product to recharge its batteries.
This vending machine is designed to store and vend as many flat-packed stock as possible within defined physical dimensions.
Its robotic pick and place design allows for 132 different kinds of product,
and depending on stock type can store 3000+ individual units within the machine.
It features our Supersonic Bernoulli Principle Robotic End-Effectors, so as to perform gentle handling of the internal product from only the top face.