Custom Engineering Solutions for Research

We engineer custom, end-to-end hardware and software systems to solve complex challenges in R&D and industry.

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Trusted by Research & Industry Partners Across Europe
01 // What we do

End-to-end engineering, from concept to production

Embedded Systems

High-precision, low-power electronic devices built for research and industrial environments, with custom software integration and a focus on usability.

PCB Design
Sensor Integration
Wireless Communication
Power optimized
Miniaturized
Real-Time

Software Development

Software built around client workflows, ensuring reliability, compliance, and long-term scalability across evolving operational needs.

C# / Python
Web Apps
API Design
Data Visualization
Database Architecture
Backend

Technical Leadership

High-level architecture guidance and mentorship to refine systems, support teams, and deliver robust solutions.

Performance Optimization
R&D Strategy
Architecture Review
Mentorship
System Design
Prototyping

Custom Ddevice Casings

Durable, user-friendly enclosures for electronics, lab instruments, and industrial products, ensuring seamless integration.

Product Housing
Functional Prototyping
Mechanical Design
3D Printing
Assembly Optimised
02 // Featured projects

Complex systems designed for the real world

Implantable Wireless Controller for Bioelectronic Drug Delivery tools

We engineered a cutting edge miniaturised, battery powered wireless implant for precise iontronic membrane control in advanced in vivo studies. Featuring real time monitoring, remote communication, and research focused user software, it enables longer, smarter experiments while eliminating restrictive cages, supporting natural social behaviour and higher quality research outcomes.

60+
days of continuous work life
nA
current control precision levels
Ø 11 mm
diameter of the device

Multi-Channel Iontronic Membrane Testing Platform

We engineered a cutting edge desktop iontronic membrane testing device, allowing Research teams to run up to 18 experiments simultaneously. Paired with customised data analysis software, it is available in both wired and wireless configurations, combining precision, scalability, and ease of use for advanced material research.

18
individually controlled channels
Bidirectional
Positive/Negative Current Control
nA
current control precision levels
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03 // How we work

From complex problems to clear solutions, designed for real world use

Step 01

Discovery & Scoping

We start by understanding your technical needs and environment, defining priorities and goals. You'll receive a clear system architecture proposal before development begins.

Step 02

Design & Prototyping

Our team designs the complete system from the ground up, building on the approved architecture and translating it into a practical, real-world solution. The goal at this stage is to develop an initial prototype ready for testing in your environment.

Step 03

Feedback & Redesign

Based on real-world performance and your feedback, we improve what works, resolve what doesn’t, and further tailor the solution to fit your team, workflow, and requirements.

Step 04

Validation & Delivery

Once the solution meets the agreed requirements and validation is complete, we deliver the final system ready for deployment and everyday use.

Step 05

Support

Delivery is not the end of the process. We remain available for ongoing support, updates, maintenance, and future improvements as your needs evolve.

04 // About Curex

How it all began

Company origins

Curex is a Croatian technology company specializing in custom software, electronic systems, and embedded development for research, medical, and industrial clients across Europe.

We began with a clear technical challenge: developing ultra precise DC powered instrumentation capable of controlling nanoamp range currents and microvolt range potentials. Building systems at that level of sensitivity required more than technical knowledge, it demanded uncompromising precision, robust engineering, and software designed to perform with the same reliability as the hardware itself.

That foundation shaped how we approach every project today. Working with clients in fast changing, cutting edge research environments taught us the importance of consistency and attention to every detail, from signal integrity and power management to user experience and long-term stability.

Technical Capabilities

Since then, we have expanded into a broader portfolio of advanced electronic and software solutions. Today, we design complete end-to-end systems, supporting clients from early concept development and rapid prototyping through to production ready devices and scalable software platforms.

Our expertise includes embedded systems, wireless technologies, industrial automation, data acquisition, control electronics, desktop applications, cloud systems, and custom hardware development. We specialize in projects where standard solutions fall short and where innovation and flexibility are essential.

Whether developing scientific instruments, industrial devices, smart connected products, or internal business systems, our goal remains the same: to create technology that is precise, reliable, and built to solve real-world problems.

A cure for all your tech headaches.
05 // Get in Touch

You have a problem, we have a cure

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