Electronics · Embedded Systems · Control · Power Electronics
Turning Technical Uncertainty into Practical Engineering Results
RND Lab brings structure to complex electronic and industrial challenges, turning evidence, requirements, and practical constraints into solutions that can be designed, built, tested, and documented.
RND Lab positioning
A Question Worth Building Around
Useful development begins when an ambition becomes a precise technical question. RND Lab combines system analysis, practical measurement, reverse engineering, and staged development to define what must be proved before implementation begins.
- Define the engineering question
- Identify evidence and constraints
- Set a testable development objective
When to think of RND Lab
Architecture Before Acceleration
A deliberate system map prevents speed from becoming rework. RND Lab can reconstruct missing design intent, assess unsupported equipment, and establish an architecture before further time is committed.
- Incomplete documentation
- Obsolete hardware or software
- Architecture and interface decisions
Projects that fit
The Bench Reveals What the Diagram Cannot
The strongest fit is often work that needs physical evidence: equipment requiring reverse engineering, a prototype with inconsistent performance, or a design that must be validated before production.
- Design from the ground up
- Redesign and troubleshooting
- Practical prototype and validation
Complete project development
Decisions Improve When the Team Can See Them
RND Lab can take responsibility for the electronic and control-related development path—from evaluating the initial idea and defining the architecture through implementation, testing, troubleshooting, and preparation for the next stage.
- Architecture, electronics, schematic, and PCB
- Firmware, control, communication, and interfaces
- Testing, documentation, and knowledge transfer
Who we currently serve
Engineering Support for Established Organisations
RND Lab currently focuses on established, medium-sized, and large companies facing a complex challenge, a temporary engineering-capacity gap, or unsupported equipment that their internal team cannot resolve efficiently alone.
- Specialist knowledge beyond current capacity
- Independent feasibility or technical proof
- Recovery or continuation of an existing project
For technical decision-makers
Evidence for the Next Technical Decision
The conversation is designed for executives, engineering and R&D managers, project leaders, owners, investors, and product innovators who must decide whether a difficult idea or technical problem deserves the next commitment.
- Can the problem actually be solved?
- Can risk and development cost be controlled?
- Will the result be testable and ready to continue?
What makes RND Lab different
Confidence Should Leave a Trace
RND Lab is a newly established company in the Netherlands. The professional experience behind RND Lab spans more than 26 years across electronics, industry, embedded systems, control, communication, measurement, and equipment development.
- Root causes before symptoms
- Hardware, firmware, control, and testing as one system
- Usable outcomes instead of reports alone
Responsibility with clear boundaries
A Workspace Prepared for the Next Useful Iteration
Complete development means full responsibility within RND Lab’s electronic, embedded, control, measurement, communication, and power-electronics expertise. Mechanical, structural, civil, chemical, and other specialist work is coordinated with the relevant professionals when required.
- Defined technical ownership
- Documented decisions and test evidence
- A result prepared for continued development
Selected Engineering Experience Approved for Publication
Selected work from the professional engineering experience behind RND Lab; some projects pre-date the current company. Where appropriate, these documented platforms may be assessed for reproduction, modernisation, or renewed investment.
High-Current DC Motor Drive for Forklift Applications
An industrial high-current DC motor drive for forklift traction and heavy-duty motion applications. The system operates up to 150 V DC and delivers up to 300 A output current, with smooth speed control and external polarity-reversal relays for safe forward and reverse operation. This 2011 design is available for technical review and application-specific redesign.
High-Current DC Motor Drive Platform
An industrial high-current DC motor drive platform for a wide range of DC motor control applications. The system operates up to 150 V DC and delivers up to 150 A output current, with adjustable output voltage from 0 V up to the available supply voltage. External double-pole polarity-switching relays make the platform adaptable to machinery, automation, test fixtures, and prototype development.
Industrial DC Drive Control Platform
A flexible embedded control platform for industrial DC motor drives and high-current power systems. It supports CAN Bus, J1939, LIN Bus, analogue inputs, digital I/O, custom protocols, diagnostics, feedback monitoring, and embedded safety functions. The 2012 platform can be reviewed for integration with current vehicles, machinery, automation systems, and test equipment.
80 V / 40 A Industrial H-Bridge Controller
An industrial 80 V / 40 A H-bridge power controller for high-current DC loads, actuators, motors, and motion mechanisms. RS485 and CAN communications support integration with automation systems, diagnostic equipment, and custom control platforms. The hardware is available for technical review and application-specific redesign.
Dynamic Rail Wagon Weighing System
An industrial prototype for measuring rail-wagon weight while the train is moving, designed for steel billet plants, cement factories, and bulk-material handling sites. This version includes two four-wire load-cell inputs and two 100 Mbit/s Ethernet ports. Its measurement architecture can be reviewed for a current site and network environment.
Industrial Thyristor & Triac Analyser
An industrial control and analyser platform for testing, monitoring, and driving thyristors and triacs used in power-control applications. It combines triggering control, diagnostic feedback, relay-based routing, and signal monitoring to evaluate semiconductor behaviour under practical conditions. The test method can be adapted to a defined device family and validation plan.
Two-Phase 400 V Industrial Vibrator Drive
An industrial 400 V two-phase vibrator drive developed to control sponge-iron silo discharge hoppers. The system regulates flow from the silo outlet to the conveyor, improving dosing consistency and reducing material blockage. The control approach can be reassessed for the target process, supply, and enclosure requirements.
10-Channel Remote Controller
An industrial 10-channel bidirectional remote-control system developed for overhead cranes and industrial switching. Command feedback, embedded control logic, relay outputs, wired integration, and functional testing support clear and dependable operation. The interface and safety logic can be adapted to the intended machine and operating procedure.
Industrial Rail Access Control System
A local rail-access and traffic-control system for managing train movement inside industrial sites. The platform monitors and controls up to 250 field points using embedded logic, relay outputs, local supervision, fibre-optic communication, and radio connectivity. Its distributed architecture is available for site-specific safety, signalling, and interface review.
Industrial Communication Solution
An industrial control solution for distributed automation, communications, and relay-based switching. It supports RS485, Modbus RTU, CAN Bus, J1939, LIN Bus, fibre-optic links, radio connectivity, five independent control cores, and a physical watchdog. The platform can be reviewed against current protocol, performance, and reliability requirements.
RND Lab Products
Industrial products and productised engineering platforms prepared for practical deployment and supported development.
RND LinkBridge M1
Isolated CAN and Modbus gateway for field integration and test systems.
RND CorePilot E1
Industrial controller platform with Ethernet, isolated I/O and debug access.
RND IsoLink D2
Compact galvanically isolated interface module for robust cabinet integration.
RND NexusLink X4
Configurable bridge across CAN, Ethernet, serial and optical networks.
RND VoltScope P3
Isolated multi-channel acquisition interface for power and validation benches.
Start a conversation
Ready to discuss a technical challenge?
Share the concept, device, prototype, or engineering objective. RND Lab will help define a practical and testable next step.