Semiconductor Tool Engineering

Advanced Semiconductor Engineering Solutions

Efficient, cost-effective, and high-quality engineering

At Orbit & Skyline, we deliver cutting-edge engineering solutions tailored for the semiconductor industry. Our expertise spans mechanical, electrical, electronics, firmware, and software engineering, ensuring comprehensive support from design to deployment. We serve leading semiconductor equipment manufacturers, fabs, and foundries worldwide.

Our in-house test labs accelerate parts qualification, while our deep domain knowledge and multi-dimensional skills ensure optimal performance and cost efficiency. Partner with us to enhance productivity, extend tool life, and streamline operations through advanced engineering and AI-powered solutions.

  • Multi-Dimensional Expertise
  • In-House Testing Labs
  • Advanced AI Solutions

End-to-End Engineering Services

Our engineering services cover the full spectrum of semiconductor needs, including mechanical design, electrical systems, firmware development, and reliability engineering. We start with detailed assessments and design, proceed through rigorous testing and integration, and deliver optimized solutions tailored to your requirements. Our integrated approach ensures a seamless transition from concept to operation, enhancing efficiency and reducing costs.

Comprehensive Engineering Workflow

Our engineering workflow integrates multiple disciplines to deliver high-performance solutions, ensuring every aspect of semiconductor engineering is meticulously managed.

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Comprehensive Engineering Expertise

We offer a full suite of engineering services, including mechanical design, electrical and electronics engineering, firmware development, and advanced AI solutions to support semiconductor manufacturing and innovation.

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  • Mechanical Engineering

    Expertise in design, FEA, and obsolescence management.

  • Electrical & Electronics

    Advanced PCB design, power distribution, and obsolescence solutions.

  • Firmware Development

    Embedded system design, microcontroller programming, and system integration.

  • Reliability Engineering

    Reliability testing, RAMS reporting, and life extension support.

  • AI-Powered Solutions

    AI-driven analytics and automation for enhanced productivity.

  • Value Engineering

    Cost-effective design improvements and obsolescence support.