|Micro Tech Lab Professional solutions for digital micro and macro photography|
|Online configurator: LM microscope adapter for all digital cameras and microscopes|
|An overview of the LM microscope adapters|
|We offer LM digital adapter solutions for the following microscopes|
|Microscope Adapter: LM wide-field adapter for eyepiece tubes with 30 mm inner diameter|
|LM digital SLR universal wide-field adapter: now with larger image field and focus settings|
|All in one: LM Digital SLR Universal Adapter for phototube and the eyepiece tube (C-Mount, 23.2mm, 30mm 37mm, 38mm, 42mm)|
|LM adapter solution for c-mount microscope ports with reduction optics (0.5x / 0.6x / 0.7x or f=55mm / f=75mm / f=100mm)|
|LM wide-field camcorder adapter for the new generation of ultra HD camcorders|
|LM Macroscope 24x (15x and 11x) for Focus Stacking: Highest resolution without compromise|
|LM Macroscope 9x (5x and 3x) for Focus Stacking: Highest resolution without compromise|
|LM photo microscopes: the flexible photography solution for large sensor cameras!|
|Macro Close-Up Lens: LM Macro lens 40/80 with plan achromatic optics|
|Special mounting medium for microscopy, non toxic,water solved,light hardening,fast solidifying and drying,neutraldoes not make air bubbles,high optical solution,color protecting,solvent free,high refractive index|
|Micro Tech Lab advisory service: microscopy, digital cameras, high quality photo|
|Camera recommendation for microscopy application|
|Microscope Digital Cameras: Camera ranking for microscopy use|
|DSLR camera or special-purpose microscope cameras?|
Canon EOS 4000D: How does this no-frills, entry-level camera perform in microscopy?
The EOS 4000D is Canon’s latest stripped-back entry-level DSLR, available at a super-low price of around EUR 270 (body only, no lens). In our review, we focused on the suitability of the EOS 4000D for use with a microscope. As we will see, the features that are important when it comes to the specific needs of microscopy are frequently different from those required for standard photography applications.
The EOS 4000D has an APS-C format sensor with a resolution of 18 megapixels. ISO sensitivity can be set between 100 and 12,800, which places the camera in the mid-range. For microscopy applications, the camera body is attached directly to the microscope via the LM microscope adapter. As a rule, high-quality laboratory and research microscopes have a dedicated photo tube that is designed for attaching cameras. At 485 grams, the camera body of the EOS 4000D weighs the same as that of the 1300D and is thus also very well suited for mounting to an eyepiece tube. With the 4000D attached to the photo tube of a stereomicroscope in combination with our LM widefield adapter, we took this colourful picture of a thistle:
The image above shows that the screen doesn’t tilt or swivel.
For scientific imaging – as is common practice in a photographer’s studio – the camera is controlled remotely from the computer. The Canon EOS Utility software, which is included for free with the camera, is a great tool for this. The images captured can be saved directly to the PC. The EOS 4000D also has built-in WiFi connectivity, which enables remote camera control from a mobile device (e.g. tablet or smartphone) using Canon’s free Camera Connect app, and an HDMI interface for delivering Full HD content to TVs or larger monitors.
In a bid to keep the price of the EOS 4000D down, Canon cut down some of the camera’s features – luckily, these are not very relevant when it comes to photomicrography:
The camera body is made from polycarbonate (plastic) and partially finished with rubber. However, since the camera – unlike when used for outdoor applications – is not exposed to external forces and not subjected to much stress when operated in a stationary setting, this is also not a really big deal for us.
The EOS 4000D comes with the same battery as the EOS 1300D. To save battery life, modern cameras usually have an “auto power off” function. Luckily, this can be disabled through the menu of the EOS 4000D, because it would be extremely annoying (for example during continuous shooting) if the camera were to power down automatically after a certain amount of time (max. 30 minutes). For cameras being used in stationary mode on a microscope, we generally recommend an AC adapter that provides a constant supply of power to the camera.
Conclusion: The Canon EOS 4000D is a basic camera with a great price/performance ratio. The image quality it delivers is adequate for many standard applications in microscopy. In addition, it can be controlled remotely from the PC/Mac and from a smartphone/tablet with the Canon Camera Connect app.
|Test: The Canon EOS 40D on the microscope – a DSLR classic with an advanced sensor|
|The Canon EOS RP mirrorless system camera on a microscope – a lower-priced alternative to conventional full-frame DSLRs|
|Stereomicroscope or LM macroscope? Advantages and examples of use (extreme macro shots)|
|DSLR cameras and Nikon Multizoon AZ100|
|Mirrorless system cameras Nikon Z6/ Z7: High-end USB microscope cameras with up to 45 MP sensor resolution|
|The high-performance full-frame Canon EOS 5DS R camera on the microscope|
|LM microscope adapters: We’re impressed by the performance of Canon’s professional-grade EOS 5D Mark IV camera at the microscope!|
|Great photos with Leica MZ6 Stereomicroscope, LM digital Adapter and modern DSLR- and system cameras|
|Install modern camera systems (DSLR, system- or c-mount cameras) with our LM digital adapter on the Olympus SZX9 – a stereo microscope for industrial applications|
|The Nikon Eclipse E200 educational microscope a cost-effective approach to producing successful images|
|The Leica DM LM: an upright all-rounder with a modular design|
|Which digital camera works best on a microscope?|
|Convert your digital SLR camera into a professional microscope|
|Special mounting media for microscopy|
Tips and tricks to connect your digital camera and to process digital images