SERVICES

Turn ideas into a buildable plan.

We collect inputs from all stakeholders and convert them into a single document everyone can align on: scope, constraints, interfaces, acceptance criteria, and priorities.

Typical deliverables

• Requirements document (spec)
• Functional descriptions + operating modes
• Interface list (hydraulics / electrical / CAN / HMI)
• Risk & tradeoff matrix (cost / time / complexity)

Hydraulics that deliver power, control, and reliability.

We design hydraulic architectures, calculate performance, select components, validate thermal balance, and ensure the system fits mechanically in your machine.

We cover

• Hydraulic schematics (functional + installation)
• Flow/pressure sizing, losses, efficiency
• Thermal modeling & cooling selection
• Component selection (pumps, motors, valves, filters, hoses, fittings)
• 3D routing support in your CAD model
• Simulation validation (digital twin approach)

Machine intelligence: from joystick input to smooth movement.

We design control architecture, wiring, sensors, CAN networks, and implement software that makes the machine safe, stable, and predictable.

Deliverables

• Wiring diagrams + harnessing concept
• Controller selection + I/O mapping
• Sensor & actuator specification
• CAN integration (engine, attachments, telematics)
• Control algorithms (speed, torque, motion profiles)
• HMI screens and UX logic

Reduce downtime with built-in visibility.

We implement multi-level fault handling and provide service tools so your team can diagnose, calibrate, and maintain the machine without waiting for the developer.

Deliverables

• Error strategy (Warning → Derate → Safe stop)
• FMEA-based fault scenarios & responses
• Logging & event tracking
• Service application (calibration, live parameters, error decoding, firmware updates)

From assembled hardware to real performance.

We support build verification, first startup, tuning, and field testing — ensuring the system behaves correctly under real loads.

Includes

• Installation audit / supervision
• Startup sequences and safety checks
• Parameter tuning (ramps, limits, stability)
• Functional tests + acceptance support
• Operator/service team training

Power architecture designed for your machine, not a catalog.

We model duty cycles, size motors/inverters, and design battery packs that fit your geometry, power needs, and environmental conditions.

Deliverables

• Energy audit & duty cycle model
• Motor/inverter sizing
• Battery architecture (voltage, capacity, chemistry options)
• Mechanical pack design (IP, vibration, thermal management)
• BMS integration + CAN communication
• Prototype support → pre-series pack documentation

Freedom of control — without vendor lock-in.

We retrofit and modernize remote controls, decode existing protocols, and build interface translators when needed.

Options

• Replace discontinued OEM remote controls
• CAN protocol reverse engineering (when feasible)
• Interface translator module (“protocol bridge”)
• Cost-effective stationary wired panels

Keep machines running when parts are obsolete or unavailable.

We replace outdated controllers/sensors, rebuild architectures, and modernize machines with available components — preserving the asset and improving serviceability.

Typical outcomes

• Reduced dependency on single supplier
• Higher reliability and better diagnostics
• Faster repairs and clearer documentation