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Bringing Science to Industry

Expert guidance in nanomaterials, printed electronics, and additive manufacturing.

Nano Materials & Technologies

Expert guidance on synthesis, characterization, and integration of nanomaterials into product lines.

Comprehensive R&D Training Course
Additive Manufacturing
Printed Electronics

Hands-on guidance integrating practical methodologies into your product development cycle.

Optimizing additive manufacturing workflows, material development, and scaling for industrial production

Strategic consulting on conductive inks, application development, and high-speed printing processes.

Bridging Science and Industry

At Dolev Bar Guy, we connect cutting-edge material science with real-world industrial solutions, specializing in nanomaterials, printed electronics, and additive manufacturing.

A close-up of a scientist's hands working with nanomaterial samples under a microscope in a modern lab.
A close-up of a scientist's hands working with nanomaterial samples under a microscope in a modern lab.

150+

15

Trusted Globally

Proven Results

Our Expertise

Help you build solutions in nanomaterials, printed electronics, and additive manufacturing.

Close-up of a microscope capturing intricate nanomaterial structures under bright lab lighting.
Close-up of a microscope capturing intricate nanomaterial structures under bright lab lighting.
A 3D printer in action producing a complex prototype with advanced materials in a modern workshop.
A 3D printer in action producing a complex prototype with advanced materials in a modern workshop.
Consultancy

Bridging the gap between advanced material sciences, technologies and industrial applications. Expert consultancy in Nanomaterials, Printed Electronics, Additive Manufacturing and Practical Applied R&D Methodologies.

Comprehensive R&D Training Course

Focus: The course focuses on learning how to design and implement a cost-effective R&D process through systematic learning, hypothesis testing, accurate measurement, and informed decision-making.

Scope: A 15–30-hour course structured into 5-6 lessons covering Research and Development (R&D) methodologies, scientific methodology, data handling and analysis, statistics, experimental design, and practical examples. A practical approach, no heavy mathematics or statistics.

Target audience: Chemist’s, Material and Chemical engineers in Industrial and Academic environments.

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