Novacam Technologies

Novacam Technologies is a privately owned Canadian technology company headquartered in Dollard-des-Ormeaux, Quebec, in the Greater Montreal area. The company designs and manufactures precision optical instruments used for non-contact measurement, surface inspection, three-dimensional imaging, thickness measurement, and biomedical tissue imaging. Its portfolio is centered on fiber-based optical probes and low-coherence interferometry, an approach that enables high-resolution measurements without requiring the detector itself to be positioned directly at the measurement site. The company was founded in 1997. Its principal technical identity developed around optical profilometry and related metrology systems. Novacam's instruments are intended for applications in which conventional contact-based measurement can be impractical, too slow, or unsuitable for delicate, inaccessible, moving, or harsh environments. Fiber-based probes can be deployed in confined spaces and hostile industrial settings while maintaining the flexibility required for remote or in-process inspection. Novacam's industrial systems support high-speed, high-precision surface inspection and characterization. Typical uses include three-dimensional surface imaging, nondestructive testing, measurement of thick and thin films, long-profile measurement, cross-section imaging, and process control. The systems have applications across semiconductor and electronics manufacturing, micromachining, aerospace, casting, optical components, plastics, glass, and fuel-cell production. These applications place the company in the specialized industrial metrology market, where repeatability, resolution, probe flexibility, and the ability to measure without physical contact are important purchasing considerations. Beginning in 2004, Novacam expanded its development work into Optical Coherence Tomography (OCT), using patented low-coherence interferometry technology. The work involved cooperation with the Industrial Materials Institute and the Institute for Biodiagnostics, research organizations associated with Canada's National Research Council. This program produced OCT detector products for both industrial and biomedical use. MicroCam-3D was developed for industrial measurement and imaging, while dOCTor-8 was directed toward biomedical applications. The two product families illustrate the company's dual-market strategy: applying related optical and interferometric technologies to manufactured materials on one hand and biological tissue on the other. The initial OCT offering used time-domain OCT. Novacam also developed detectors using Fourier-domain, laser-swept-source OCT, extending the company's capabilities beyond its earlier time-domain architecture. Its OCT systems use fiber-based, non-contact probes that can be adapted to different deployment conditions. In biomedical contexts, the technology is intended for micrometre-scale tissue imaging, including applications in ophthalmology, otology, and other precision diagnostic or research fields. Novacam's business is therefore built around specialized instrumentation rather than a broad consumer-facing product brand. Its value proposition combines optical measurement expertise, fiber-delivered probes, non-contact operation, and application-specific engineering. The available reference material identifies the company as serving international users, but does not provide a current customer list, revenue figures, ownership details beyond private ownership, or a public company website. Its publicly documented product and technology history supports describing Novacam as an active Canadian optical metrology and imaging specialist, while current executive, financial, and corporate-structure information remains unavailable.

Novacam Technologies was established in 1997 in Canada and developed as a privately owned company specializing in precision optical measurement. Its early and continuing work has focused on optical profilometry: the use of optical techniques to measure and image surfaces without physical contact. This specialization positioned the company within industrial metrology, where manufacturers require accurate information about surface form, texture, dimensions, coatings, and process performance. Novacam's fiber-based probe architecture became a defining feature of its systems. By separating the detector from the measurement location through optical fiber, the company could support measurements in restricted spaces, remote locations, and environments that may be difficult for conventional instruments. The approach is relevant to nondestructive testing, high-speed inspection, surface characterization, film-thickness measurement, cross-sectional imaging, and manufacturing process control. Documented application areas include semiconductor and electronics production, micromachining, aerospace, casting, optical components, plastics, glass, and fuel-cell manufacturing. A major development phase began in 2004, when Novacam started work on its first Optical Coherence Tomography product line. The program was based on low-coherence interferometry and involved collaboration with the Industrial Materials Institute and the Institute for Biodiagnostics, both identified in the reference material as laboratories of Canada's National Research Council. This research and development activity extended Novacam's expertise from industrial surface measurement into OCT, a form of interferometric imaging capable of producing fine-scale images of structures beneath or within a surface. The commercial results included MicroCam-3D for industrial applications and dOCTor-8 for biomedical applications. These products applied related OCT detector technology to different operating environments. MicroCam-3D addressed industrial measurement and three-dimensional inspection, while dOCTor-8 supported biomedical imaging. The reference material states that the resulting detectors were used internationally, although it does not identify specific customers, distributors, sales volumes, or commercial deployment dates. Novacam's first OCT product line used time-domain OCT. The company subsequently developed detectors based on Fourier-domain, laser-swept-source OCT, reflecting the evolution of its technical platform. The detectors retained fiber-based, non-contact probes, allowing them to be adapted to industrial and biomedical configurations. In biomedical use, the systems were described as capable of micrometre-precision tissue imaging, with applications in ophthalmology, otology, and other precision fields. Across its documented history, Novacam has remained a focused instrumentation company rather than a mass-market brand. Its activities combine product development, optical engineering, and application-specific measurement solutions. The available sources identify its Quebec headquarters and private ownership, but do not provide a detailed account of later acquisitions, leadership changes, revenue, current product availability, or a confirmed corporate website. Consequently, the company's historical record is clearest for its founding, its 2004 OCT development program, its research collaborations, and the industrial and biomedical applications of its fiber-based optical systems.

• 2004

  Optical Coherence Tomography development begins

  [1]Novacam Technologiesen.wikipedia.org

  Novacam began developing its first OCT product line using patented low-coherence interferometry, with research cooperation involving Canada's Industrial Materials Institute and Institute for Biodiagnostics.

• 1997

  Company founded

  [1]Novacam Technologiesen.wikipedia.org

  Novacam Technologies was founded in Canada as a developer of precision optical measurement technology.

• Commercial OCT detectors introduced

  [1]Novacam Technologiesen.wikipedia.org

  The company commercialized MicroCam-3D for industrial applications and dOCTor-8 for biomedical applications.

• Fourier-domain OCT capability developed

  [1]Novacam Technologiesen.wikipedia.org

  Novacam expanded beyond time-domain OCT by developing detectors based on Fourier-domain, laser-swept-source technology.

A specialized optical metrology and imaging provider focused on high-precision, non-contact measurement through fiber-based probes and low-coherence interferometry.

• Industrial metrology

  Fiber-based optical profilometers

  Novacam's optical profilometers provide non-contact measurement and imaging of surfaces. Their fiber-delivered probes are designed for high-speed and high-precision inspection, surface characterization, three-dimensional imaging, long-profile measurement, cross-section work, film-thickness measurement, and manufacturing process control. The probe arrangement can support measurements in restricted spaces and demanding environments. Documented industries include semiconductors, electronics, aerospace, micromachining, casting, optics, plastics, glass, and fuel cells.

• Industrial OCT and 3D measurement

  MicroCam-3D

  MicroCam-3D is an industrial optical detector associated with Novacam's Optical Coherence Tomography development. It is intended for three-dimensional industrial measurement and imaging, using interferometric optical techniques and a fiber-based non-contact probe. The documented applications include precision inspection and characterization of manufactured surfaces and materials.

• Biomedical OCT imaging

  dOCTor-8

  dOCTor-8 is a biomedical Optical Coherence Tomography detector developed from Novacam's low-coherence interferometry work. It is designed for high-resolution, non-contact imaging of biological tissue. The documented biomedical application areas include ophthalmology, otology, and other precision imaging fields requiring micrometre-scale visualization.

1. 1Novacam Technologiesen.wikipedia.org