Connecting manufacturers and clients through technical expertise in material research, energy device engineering, and advanced motor systems.

XINTRIX

XI

SF (BG)

/0025

ENERGY

Precision engineering for next-generation energy and scientific research. Our manufacturing network specializes in high-precision CNC machining and nano-coating technology. Supporting innovation through manufacturing excellence.

Advanced
Manufacturing

AM-01 /

We provide high-precision CNC machining, including 5-axis milling and turning, achieving research-grade tolerances required for experimental components. Our facility supports rapid prototyping, enabling quick iteration and testing of designs. Additionally, we apply nanocoatings to modify surface properties, enhancing wear resistance, thermal stability, or conductivity as needed for specific applications.

Key Capabilities

  • CNC Turning & Milling (5-Axis) – Tolerances up to ±0.05 mm
  • Nanocoating Applications – Functional enhancements for diverse materials
  • Material Processing – Machining metals, polymers, and composites
  • Rapid Prototyping – Short lead times for design validation

Quality
Assurance

QA-01 /

We implement laboratory-standard inspection protocols to verify dimensional accuracy, material integrity, and manufacturing precision. Using advanced metrology tools, including coordinate measuring machines (CMMs) and optical scanners, we generate comprehensive documentation at every stage. Material composition analysis ensures compliance with research specifications, and process validation confirms component reliability.

Key Capabilities

  • Dimensional Inspection – Sub-micron accuracy using CMM and optical scanning
  • Material Verification – Spectroscopy and hardness testing for composition validation
  • Process Validation – Ensuring consistency from prototype to full production
  • Documentation & Compliance – Traceable records for research applications

Technical
Implementation

TI-01 /

We assist in translating research concepts into manufacturable components through material selection consulting, process optimization, and production scalability analysis. Our team evaluates experimental designs to refine specifications, ensuring feasibility and repeatability. Whether transitioning from prototype to small-batch production or scaling to full research-grade manufacturing, we provide data-driven insights to streamline the process.

Key Capabilities

  • Manufacturing Feasibility Analysis – Assessing material-process compatibility
  • Advanced Materials Consultation – Guidance on polymers, alloys, and composites
  • Experimental Optimization – Iterative adjustments for precision and performance
  • Scalable Production Planning – From one-off research parts to scaled production

Research Fields

Materials Science

Complex components for material testing and development programs.

Technology Development

Rapid prototyping and precision manufacturing for innovative technologies.

LAB Research drive motors

Laboratory Systems

Precise components for specialized research instruments and apparatus. Manufacturing solutions for advanced research and testing environments.

How to work with us

01

Contact Us via contact form

Contact us to discuss your needs and how we can help.

02

Define yourneeds

We’ll understand your goals and tailor a solution to fit your requirements.

03

Expert Assistance

Our team will assist with the complex parts, ensuring a smooth process.

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SERVICE /

INNOVATION

NANO-COATING

Experimental Nano-Surface Deposition

Our electrospray deposition platform creates uniform nano-coatings on a small scale. We invite you to partner with us to explore the behavior of your coated materials and discover new applications. Let’s collaborate and experiment together.

Nozzle spray

Deposition of high-quality, reproducible films—such as pure ZnO or doped ZnO layers (with Al, Co, Ni, and combinations thereof)—without the need for additional thermal treatment post-deposition.

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We use website performance monitoring.