Apollo is the new standard in infrared reflectography. Following in the footsteps of the world-renowned Osiris Camera, Apollo uses an internal scanning mechanism to produce high-quality, high-resolution infrared reflectograms with an unparalleled level of clarity and detail.
Captured with Apollo camera
Captured with Osiris camera
Apollo is the new standard in infrared reflectography. Following in the footsteps of the world-renowned Osiris Camera, Apollo uses an internal scanning mechanism to produce high-quality, high-resolution infrared reflectograms with an unparalleled level of clarity and detail, boasting over 65,000 grey levels.
These images can be used to study various aspects of a painting, from changes to underdrawings and pentimenti in the work to underpainting and transmission of pigments at different wavelengths when using our filter set. If you are looking to create detailed, high-quality, high-resolution infrared images suitable for publication, Apollo is the IR camera system for you.
In contrast to Osiris’s line sensor, Apollo uses an area sensor to capture thousands of tiles that are all automatically and seamlessly stitched using our new advanced imaging software.
This latest infrared camera represents a huge improvement in dynamic range, capturing fine details even across demanding light and dark areas of your subject. An adjustable histogram within the software allows you to get the most out of this dynamic range, both when viewing an infrared reflectogram, and to help you get the most out of your lighting when setting up.
A variety of pre-set exposure times mean you can adapt your settings to your subject and respond to the demands of your subject. This is particularly good news if you plan on making use of the Opus Instruments Filter Set that allows you to study the transmission of pigments at different bands within the spectral sensitivity of the camera.
High resolution (up to 26MP images)
65,000 grey levels
Higher image quality due to high dynamic range (HDR)
New custom software
Advanced automated stitching
Adjustable histogram and image display
16-bit data allows you to explore detail in both light and dark regions
Using an area sensor also allows us to provide a live preview of the current image tile that can be updated in real-time. This is fantastic news for focusing and greatly reduces the time it takes to get set up.
With a pixel pitch of 20µm, Apollo captures high-resolution images over the same area as Osiris, while taking advantage of sensor cooling to reduce noise. Making use of the entire imaging area will give you a ~26MP image that can be saved in a variety of file formats including TIFF and PNG to ensure you can keep all of your data in a format that suits you.
All of this comes packaged in a robust flight case, keeping the full portability and accessibility of Osiris so you’re ready to follow wherever your research takes you.
Apollo Software Features
16-bit image format, output to Tiff, PNG, FIT (or 8-bit JPEG).
Fast focus mode, with numerical focus guide.
Subject framing assistance with diagonal and vertical/horizontal line capture.
Automatic dark frame taken at the start of each capture session to adjust for thermal signal.
Contrast and black/white adjustment in the application, with option to output adjusted or original data.
A selection of case studies from Opus camera users. See the mysteries that lie beneath and read about expert findings.View more case studies
‘I will show Your Illustrious Lordship what a woman can do’ – Artemisia Gentileschi to her patron Don Antonio Ruffo in 1649.
03 May 2022 | Arcanes
Daughter of an epoch enlightened by the Renaissance and marked by political and religious contrasts,...
Apollo Case Study: Michelangelo Merisi da Caravaggio, Mary Magdalene in Ecstasy
11 Jan 2022 | Arcanes
Caravaggio, whose life of transgressions often prevails over the artistic aspect of his existence, is...
Rosamund Clifford and King Henry II of England – Apollo case study
13 Dec 2021 | Arcanes
Author: Raymond Quinsac MONVOISIN Dated: 1827 Size without frame: 100 x 140 cm Technique: Oil...
An Introduction to the Opacity of Pigments in Shortwave Infrared Region.
06 Dec 2021
The graphic below illustrates the bandwidths of the three filters that are sold as the...
The Apollo camera has fomented new research in art history and English literature
Ashmolean Museum, Oxford University