Live Science Verdict
Constructed from inflexible material , with exchangeable stage plates , the Celestron Labs S10 - 60 has a professional , robust feel , provides a wide range of low - powered , clear , 3D image and is a useful education tool .
standardized leg plates
Upper and lower lights
The Celestron Labs S10-60 stereo microscope with its head at maximum height. Stage-objective lens distance is 82mm, with a working distance of 54mm.
Robust , glass and metallic element construction
Gives clear , detailed range
Topples when headway is rotated by 180 degrees
The Celestron Labs S10-60 stereo microscope comes with rubber eyecups to reduce light pollution(Image credit: Heather Barker)
promiscuous origin are not adjustable
Fiddly to set up up
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(Image credit: Heather Barker)
Celestron has produced a nice stereo microscope with its Celestron Labs S10 - 60 mannequin . professional fit in that the three - dimensional images produced by this microscope were wondrous , due to its high - timber oculus and construction materials , a mountain range of ignition options and exchangeable phase plates — in spite of some fiddly set - up requirements .
Head : Binocular 360 - point rotate head teacher with 45 - point inclineEyepieces : Two wide - field 10X , two wide - field 20XObjectives : 1X and 3XStage : Interchangeable level denture with clipsLight source : Tungsten ( top ) , halogen ( bottom)Condenser : NoneFocusing : Coarse rivet only — supernumerary reach via the pillar knobExtras : Two rubber eyecups , four resin - mounted insect specimens , unintelligible stage plate , translucent stage plate , world-wide AC adapter , International plug adaptersAdd - ons : Celestron admit a grasp of prepared slides and louse specimen
Using small magnification , a wider field of eyeshot is attain and more of the specimen is observed . The lighting selection also enabled both semitransparent and solid objects to be observed . Pupils found the Celestron Labs S10 - 60 gentle to discover to use , could soon operate it severally , fuck the three - dimensional viewing and enjoyed having the eyecups to kibosh out unnecessary Light Within .
It’s not just slides that can be viewed with the Celestron Labs S10-60 stereo microscope, thanks to its large stage-objective lens distance.
We all agree that this modelling enhance our microscopy investigations and was a majuscule teaching cock . We would recommend the Celestron Labs S10 - 60 stereo system microscope for school or home purposes , though it ’s perhaps best suited to those with a short microscopy experience .
Design
The Celestron Labs S10 - 60 stereoscopic photograph microscope has been designed with two consistence tube-shaped structure , allowing the lightness to journey up through two separate optic pathways from their various objective to eyepiece Lens . Each diverging optical path reach its eye at a different angle . Thus , a distinct image is seen in each eye and the object is detect in three property .
Moreover , as the Celestron Labs S10 - 60 has a option of lights , both flimsy specimens and solid objects can be examined . For thin sample , such as cell slides , the lower light rootage shines brightness up through the slides and tissue paper , before continuing up its threefold optic pathways . When examine hearty object , the top light source reflects from the Earth’s surface of the objective and is then head to each center severally . We were delighted to discover that we could use both idle source at the same time . It is just a shame that each visible light ’s output is not varying .
Pleasingly , a duo of the Celestron Labs S10 - 60 ’s intent features set it apart from other simulation of a alike price : the rubber eyecups and the standardized stage plates were extremely utilitarian and added to this microscope ’s professional smell . The rubber optic cup were comfortable to use , loose to set up and dilute the amount of unaccented pollution enter the eyes . The Celestron Labs S10 - 60 also came with a translucent stage plate which softened the blue LED , while the opaque home plate had a black side and a clean one for enabling optimal specimen - background contrast . Without fixings , each stage plate could be removed and replaced within moment .
The Celestron Labs S10-60 stereo microscope was excellent for viewing the 3D growth of bacterial colonies.(Image credit: Heather Barker)
Unfortunately , the Celestron Labs S10 - 60 does also have a few design flaws . One useful climb could be to add a battery function to enable portability . We would also favor it if we could exchange eyepiece lenses without having to use a screwdriver . Another improvement would be to make the clips from a slightly more rigid metallic element — one of ours bent out of physique almost straightaway .
Also , structurally , the base needs more mass . This microscope is marketed as give birth a 360 - degree rotatable read/write head but , while this is technically genuine , in drill , the transmutation in the plaza of gravitation , with the nous in the 180 - degree position , mean that the microscope topples over . Hence , its useability is much decreased . Additionally , when depress the head , the lower light makes contact with the stagecoach plate ; extra forethought is demand to foreclose damage .
Overall , we felt that the Celestron Labs S10 - 60 stereoscopic photograph microscope was designed with a proficient user in mind . This microscope had an air of worldliness about it , in terms of the sturdy meth and metals that it was construct from , copulate with the well - cogitate - out “ nice speck ” that would be noticeable to an operator with some experience .
(Image credit: Heather Barker)
accordingly , the range of functions that are potential with the Celestron Labs S10 - 60 , alongside a few design blooper , mean it would be complicated for a complete founder to fathom . That said , the professional feel of the caliber material and bundled extras did leave us feeling that the Celestron Labs S10 - 60 was in effect value for money .
Performance
The Celestron S10 - 60 stereo microscope performed brilliantly , within its capableness . We bump it fit for the purpose of consider solid and three - dimensional objects at lowly magnifications , and were impressed with the quality of images we incur with it .
The welfare of the low magnification of the Celestron Labs S10 - 60 is that it has a extensive field of thought , which is necessary for viewing more of your specimen . For example , small shells , coins and insects could be examined , as whole objects , at 10X magnification . The drawback is that the same wide field of vista and downhearted magnification leave in reduced resolve ; the amount of detail you could see .
To quickly and easily increase resolution , the head can be rotated to increase the magnification to 30X. It is possible to increase the magnification further , to 60X , but this is more complicated and involves a time - eat up eyepiece lens switch . regrettably , the grim overstatement and firmness of the Celestron Labs S10 - 60 mean it does not perform brightly as a tool for cell microscopy .
(Image credit: Heather Barker)
Unarguably , the Celestron Labs S10 - 60 stereo microscope ’s long suit is three - dimensional wake . The superimposed double images make amazingly lifelike range of a range of invertebrate . In increase to observing the open texture of peg hairs and transmitting aerial , discerning the angles and positions of each protuberance gave deepness and realism to the rosin - mounted creature .
The Celestron Labs S10 - 60 , with its three - dimensional capabilities , also perform fantastically when inspecting bacterial colony . One pupil identified a glistening , raise colony that had a crateriform social structure . Others bump the strand - like grain of the threadlike and rhizoid colony fascinating and disgusting in equal measures . The similar stagecoach plates heighten the imagery , as the different colored bacteria needed different dark-skinned backgrounds to boost contrast . Furthermore , the large working space of the Celestron Labs S10 - 60 enabled school-age child to scrutinize the surface texture of a miscellanea of strong objects , from coins to an avocado .
Interestingly , this set of pupil had never used a stereo microscope before . Yet , after a short demonstration of how to coiffe the eyepieces to the correct interpupillary distance — looking for a consummate circle with one optic and then directing the circle from the other centre , towards the first , until they are overlap as a individual lot — school-age child were soon incur clean-cut images rapidly and well . We were impressed with the clarity of the image , obtained in part by the high quality glass optics . ocular limpidity was also enhance when the eyecups were in use because swooning hinderance was minimized .
(Image credit: Heather Barker)
We paint a picture that the performance of the Celestron S10 - 60 Deluxe stereo system microscope could be improved by put in adjustable illumination , and by correct the toppling issue when the head is in the 180 - degree position . Other than that , we were impressed by the performance of this utilitarian and economical stereo microscope .
Functionality
by and large , pupils rated the Celestron Labs S10 - 60 stereo microscope ’s functionality very highly . All were staggeringly enthusiastic about being able to see their specimen in three proportion . After stage set - up and a abbreviated demonstration , each pupil adjust the binocular tube space for themselves and could capably partake in regard without instructor assistance .
Once given the freedom to investigate , pupils confidently and sky-high change specimens , light seed , leg plates and objective lens entirely severally . Specific prescribed feedback was that pupils liked how the optic cup prevented them from seeing their own lash . They also say it was easy to utilise and were impressed with how unmortgaged the images search .
While test the Celestron Labs S10 - 60 stereo microscope , as professional person , we notice that its functionality posture in two opposing camps . If we just consider the event — regard clear , well - define substantial objects in three property — then the Celestron Labs S10 - 60 is fantabulous and sure enough deliver . The high quality eye provide tart image , the eyecups reduce light pollution and better clarity , and the standardised stage plate allow a fantastical range of icon to be construe . The contraband , white or translucent ground choices , added to the selection of top , bottom or three-fold lighting , were staggeringly important for achieving optimal specimen yield . We were all impressed with the high timbre images that the Celestron Labs S10 - 60 produced .
The 54mm working distance and top light enabled us to view the textured surface of an avocado.(Image credit: Heather Barker)
However , the awkward mechanisms and design issues left us frustrated that the huge potential of this stereophonic system microscope is not being realized without an unreasonable amount of fiddle . As previously mentioned , the toppling which occurs at the 180 - degree position is not only bothersome but actually reduce functionality , as it can not be used as a 360 - degree viewing tool . This could easily be remedied by installing a unbendable , heavier , plate at the bottom — the current one is very thin .
Furthermore , having to use a screwdriver to switch lens system was also vexing ; many interchangeable microscopes have lenses that expansion slot in and out seamlessly and are easier to use . In our opinion , the screw - in eyepiece are unnecessary as the equipment does not have batteries , so will not ask to be turned upside down at any time . At the very least , a tiny screwdriver should be included .
A final functionality peeve is with the manual nous adjustment that is necessary to achieve a viable workings space . The focusing knobs raise and lower the objective lens to allow planes at varied altitude to be brought into focal point , however , the upper height reached is not enough to be able to view the invertebrate specimen furnish with the Celestron Labs S10 - 60 . Therefore , a nut need to be loosened and the top dog raised manually . This increases the workings distance but the focusing orbit stays the same . We advise that functionality would be meliorate if the workings aloofness could be accomplish with the focusing knobs alone .
(Image credit: Heather Barker)
In sum-up , functionality is secure for experienced users , or for founding father that have had the microscope place up for them . However , it may be a rather fiddly selection for beginners to use independently .
Should you buy it?
✅ You want to examine self-coloured physical object in 3D : The two separate prototype provide by the binocular tube combine to produce a three - dimensional image . The upper visible radiation aids this function . ✅ You require to view larger specimens like worm : The sizable spread between the stage and the objective lenses allow for viewing specimens up to 54 mm .
The Celestron Labs S10 - 60 is a decent stereo microscope for students , and pupils felt professional while using it . This microscope has been sturdily built and should stand up to the eager handling of multiple users in a schoolroom setting while being easy enough to bottom and operate without guidance once they ’ve gotten the bent of it . Thus , we would as urge the Celestron Labs S10 - 60 stereo microscope for purpose at home , at shoal or in the laboratory .
If this product is not for you
❌ You want to test specimen at a magnification higher than 60X : This broken blowup allows for a full arena of view but does not enable o.k. details to be piece out . ❌ You do not have good vision in both oculus : Stereo take in relies on your see sharp images with both eyes . A monocular microscope would be the preferred pick if one eye is rickety .
For a two-channel microscope with high magnification , AmScope work a zoom stereo microscope that is capable of 180X magnification , but with a higher price tag — the AmScope SM-1 Series Zoom trinocular stereo microscope .
If you would like a stereo microscope for theatre of operations use , Celestron offers a cordless variation for maximal portability — the Celestron Labs S10 - 30N
Care is needed when lowering the head, as the top light can knock into the stage plate when it is lowered.
How we test
During a scientific discipline moral , we were investigate the rot process and a school-age child ask whether we could examine bread stamp under a microscope . The dilemma was that , for wellness and base hit reasons , we could n’t get rid of it from its seal base to obtain a tenuous specimen and prepare a glide . Fortunately , the Celestron Labs S10 - 60 stereo system microscope was nearby and allowed us to view the moldy pelf within its package , in 3D and in color . An exciting , spontaneous response to an enquiring mind . rightfully rewarding !
Later , pupil were given free rein with the Celestron Labs S10 - 60 . During their habitats and categorisation topic , they examined a act of different organism , primarily invertebrates . This was potential using the rosin - mounted samples that came with this stereo microscope , as well as inorganic materials such as shells , rocks , bark and soil samples . In the schooling scientific discipline club , we then spent meter observing coin , crystals and our own fingerprint . pupil even invented their own plot , “ Whose pollex ? ” , which was lots of fun .
The Celestron Labs S10-60 stereo microscope was useful for three-dimensional viewing of the growth of mold on bread.
Even though the head is capable of 360-degree rotation, the Celestron Labs S10-60 stereo microscope topples when rotated 180 degrees.
The Celestron Labs S10-60 stereo microscope was a useful teaching tool for three-dimensional viewing and for examining solid objects.
Unfortunately the stage clips did not hold up to pupil use and had distorted within 20 minutes of use.
A spontaneous game of “whose thumb?” began once pupils realized they could view solid objects.
