Microscopes are usually used continuously for long periods of time in pathological slices, dye samples and conventional laboratory sample observations. In addition to imaging quality, lighting stability, replica efficiency, operational postures and image recording can also have a direct impact on day-to-day work. Nikon ECLIPSE Ci-L plus is a manual active microscope designed for clinical laboratories and researchers that focuses on improving the operational burden and working efficiency of routine observations. LIM Lightness Management, which reduces the brightness mutation observers associated with mirror switching, often requires a realignment of lighting brightness when switching from a low to a high multiple mirror. Frequent changes in brightness not only interrupt the observation rhythm, but also increase the discomfort of the eyes when visible light changes. Nikon Ci-L plus with LIM Brightness Management to record light for different mirrors Set
Microscopes are usually used continuously for long periods of time in pathological slices, dye samples and conventional laboratory sample observations.
In addition to imaging quality, lighting stability, replica efficiency, operational postures and image recording can also have a direct impact on day-to-day work.
Nikon ECLIPSE Ci-L plus is a manual active microscope designed for clinical laboratories and researchers that focuses on improving the operational burden and working efficiency of routine observations.
LIM Brightness Management, which reduces the mutation of brightness associated with mirror switching Observers who switch from low-multiple mirrors to high-multiple mirrors often need to re-orient lighting.
Frequent changes in brightness not only interrupt the observation rhythm, but also increase the discomfort of the eyes when visible light changes.
Nikon Ci-L plus is equipped with LIM brightness management to record lighting settings for different mirrors.
When you switch to the corresponding mirror again, the system calls the saved brightness and reduces repeated manual adjustments.
This function is particularly appropriate for routine observation processes requiring frequent comparisons of organizational structure, cell form or dye details between multiple multipliers.
It should be noted that Ci-L plus is still a manual microscope.
LIM manages lighting after mirror switching, and is not equivalent to automatic focus, automatic scanning or full-electric image collection.
LED Light balances the balance with day-to-day maintenance.
Ci-L plus uses LED transliteration and combines straight lenses and retrospect structures to maintain a more even brightness from centre to edge.
LED light sources maintain stable colour temperature with different brightness settings, with low heat, long service life and reduced light bulb replacement.
Official Nikon data indicate that the design life of the LED source in this series can be up to 60000 hours.
The actual useful life is still affected by the working environment, the way of use and the state of maintenance of equipment, and it is therefore more appropriate to interpret this parameter as a light source design indicator rather than an absolute guarantee of all conditions of use.
Status shows that the microscope base of the observation parameter Ci-L plus has a state screen that shows the mirror name, magnification multiplier, brightness, LIM function and the ECO mode state.
Observers can quickly confirm the current set-up without the need for a significant change of posture.
When matching the corresponding Nis-Elements D, BR or AR software, the system can also automatically adjust the scale of the computer image to the current mirror multiplier.
This feature requires compatible software and recommended cameras and is not a unique image analysis capability for microscope hosts.
The anthropotechnical design is suitable for long-term conventional observation.
Microscope observation is often accompanied by head down, forward and retweeting.
Ci-L plus, which can be fitted with human engineering binoculars, can be adjusted to a certain extent and can extend to observers.
The viewing position can be adjusted to the height and sitting position of different users, in conjunction with the goggles.
The height of the handle can also be adjusted and the position of the platform can be lowered by attachments, reducing the burden on the arm and shoulder when the tablet is frequently replaced.
The use of milly-resistant ceramic coatings on the surface of the stage helps to respond to daily high frequency.
These designs do not alter the optical resolution of microscopes, but improve the operational experience in long-term observations.
Such details are often of more practical value than the complex functions that are not often used in laboratories that require more per day.
Support for conventional digital image acquisition Ci-L plus can be used in conjunction with the Nikon Digital Light microscope camera.
Through the image capture button on the microscope, observers can complete their photographs while maintaining their observational postures and reduce the number of round-trip switches between the lens and the computer.
The accompanying NIS-Elements LE software can be used for real-time image display, filming and basic control of compatible cameras.
At the same time, Nikon officially states that NISS-Elements LE is not used for clinical diagnosis, and therefore, when it comes to diagnostic use, data archiving or compliance, the corresponding software, camera and workflow should be selected in accordance with the regulations and institutional requirements of the region.
With the exception of regular field observations, the Ci-L plus can be expanded by means of an annex configuration, simple light, sensitive colour light, dark field and low fluorescent.
Discrepancies are suitable for the observation of undignified structures; simple luminous light can be used in double-reflective samples such as glue, starch samples and crystals; sensitive luminous light can assist in the observation of interferometry changes in crystals such as urine; dark field can be used for the observation of small structures such as blood or lashes; and defunct fluorescent light requires the corresponding fluorescent accessories, filter blocks and fluorescent lenses.
These observational capabilities depend on specific attachments and mirror combinations and cannot all be considered a standard configuration for Ci-L plus.
The selection shall identify the sample, dyeing method and the purpose of the observation, and then determine the host, oculars, mirrors, cameras and other accessories.
Nikon Ci-L plus is better suited to the work that is focused on the production samples and conventional laboratory observations, including pathological tissue slices, chromosome samples, routine field observations in teaching or research, and micro-digital imaging that needs to be taken.
If the mission requires a whole-of-animal mirror transition, automatic focus, multiple-position scanning or a complex electrodynamic collection process, the Ci-E or other automated platform should be further assessed.
The advantage of Ci-L plus is not to replace automated systems, but to improve the comfort and efficiency of repetitive observations by stabilizing lighting, bright memories, state tips and anthropotechnical designs based on manual operations.
Nikon ECLIPSE Ci-L plus product is clearly positioned: it is a manual LED for routine clinical laboratories and research observations.
LIM Brightness Management reduces the re-routing after the switch rate, the state shows easy to confirm observation conditions, and the anthropotechnical structure and digital imaging interface improves the long-term operation and image recording process.
Ci-L plus is a set of configurations that merit a focused assessment for laboratories that focus on pathological slices, stationary specimens and conventional Bolivia observations, with emphasis on comfort and digital imaging expansion.