Retrofit integration
New control units, displays and sensors go onto machines already in service, without redesigning the platform around them.
01System Engineering
Machine electronics designed as one system, not a parts list.
Makersan takes on OEM programs at system level: what the machine has to do, which control units, interfaces and sensors deliver it, how they talk to each other over CAN bus, and how the result is calibrated and validated on the machine itself.
Subsystems on the machine
- 01Displays & HMI
- 02Telematics & antenna
- 03Machine controller
- 04I/O modules
- 05CAN bus harness
- 06Position & pressure sensors
- 07Power distribution
Our system engineering scope
What you get
Requirements & system definition
Use cases, duty cycles and operating limits become machine functions, interfaces, I/O counts and performance targets — the boundary of the system, written down before anyone opens a CAD file.
- Function list
- Interface matrix
- I/O budget
Control & electronic architecture
Control units, I/O topology, power distribution and the CAN network are laid out for a machine that still has to be diagnosable and serviceable years after it ships.
- CAN matrix
- Topology diagram
- Power budget
Software, HMI & connectivity
Embedded logic, operator screens, diagnostics and telematics are developed together, so what the operator sees and what the machine does cannot drift apart.
- Embedded software
- HMI screens
- Diagnostic set
Mechanical & installation integration
Enclosures, mounting, harness routing and panel layout are engineered for vibration, water, heat and the technician who opens the machine in the field.
- Mounting design
- Harness routing
- Installation kit
Validation & deployment support
The system is proved on the machine — functional testing, EMC pre-compliance, field validation — and stays supported through production release and aftersales.
- Test report
- EMC pre-check
- Release package
From bench to serial production
- Prototype build
- System verification
- Field validation
- Production handover
What we take on
Application engineering
Standard products are configured, parameterised and adapted to what one machine and one operator actually need.
System architecture
Requirements, control topology, CAN-bus layout and interface definitions are settled before any hardware is chosen.
Validation & calibration
Sensors, pedals and control loops are calibrated on the machine, then measured against the behaviour the specification asks for.
Machine modernization
Mechanical and hydraulic controls give way to electronic ones, bringing older platforms up to current diagnostics and safety expectations.
End-to-end engineering support
One engineering team stays with the program from first concept through series production and field service.
Assembled from Makersan hardware and software
Operator interfacesDisplays, joysticks, pedals, levers, keypads and buttons — everything in the cab the operator touches.Controls & connectivityControllers, I/O modules, telematics and CAN-bus hardware that carry the machine's logic.Sense & access systemsContactless sensors for detection and safety, plus handles, latches, locks and RKE access components.SoftwareMakcon for configuration, diagnostics and calibration; MakIOT for connected machines and fleet data.
Working with one system partner
One team, whole lifecycle
The team that defines the architecture calibrates it on the machine and takes the field call two years later.
Hardware, software and mechanics
Controllers, screens, sensors, enclosures and the code inside them are all developed in-house.
Test labs on site
EMC, environmental, vibration and endurance testing run in Makersan's own laboratories.
Built for series production
The company that engineers the system also molds, machines and assembles it, at OEM volumes.
Work with Makersan
Bring engineering, production and validation into the same conversation.
Talk to the team about a product platform, custom integration or long-term OEM program.