Vision & Mission

SFO Technologies is a knowledgeable and trustworthy partner that develops long-term relationships with its clients and guides them through processes that define the most effective solutions to meet their needs. Whether projects are completed solely at our clients' sites or by utilizing our in-house facilities, our clients benefit from the company's pricing structures. Our project models, including time and materials, turn-key operations, dedicated staffing plans, joint ventures, and structured R&D; ensure that we can comply with any business scenario.

SFO Technologies, vision of excellence always starts with our engineers, chosen from the top tier of select science and technology institutions globally. Our engineers are trained to equal commitment to quality, customer satisfaction, and technical innovation. At SFO Technologies, engineers readily accept the dual responsibilities of utilizing today's technologies to develop effective and timely solutions, while keeping abreast of tomorrow's advancing technologies.

In short, every aspect of our operation is customer driven, including design, development and pricing. At SFO Technologies, working with our customers does not stop at creating innovative solutions. Be it Electronics, Photonics, RF or Mechanical, we continue with providing responsive service, support and training at onsite manufacturing locations.

Our Vision

Be the global leader in providing end-to-end solutions in Engineering and Manufacturing for both hardware and software products in the high value added markets.

Excellence

SFO Technologies, will continue to strive for excellence in all spheres of our activity, continuously endeavoring to keep ourselves and our teams ahead of the technology curve and in understanding business needs of our clients, delivering superior value through top-of-the-line solutions.

Growth

A commitment to enduring growth for the company as well as our people, and in doing so ensuring lasting rewarding careers to our people and helping them realize their true potential.