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Easy LED and VisiLED

Easy LED and VisiLEDOpen original PDFFull searchable text · 15 pagesRefer to the original PDF for tables, figures and page layout.Page 1 LED Illumination for Stereo Microscopy applications EasyLED and VisiLED Series Page 2 2 SCHOTT LED Illumination Systems for Stereo Microscopy SCHOTT is a multinational group present around the world. This allows our customers to talk with a knowledgeable professional, in the comfort of their own culture and language, at their local site. For more than 40…

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Manufacturer / publisherAllied High Tech Products
LanguageEnglish
Captured2026-10-17
Document typedownloads
PDF pages15
CategoryLapping, honing & superfinishing
Updated2026-10-17T20:52:43.954326+00:00
Allied High Tech published content
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Easy LED and VisiLED

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Full searchable text · 15 pages

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Page 1
LED Illumination for Stereo Microscopy applications
EasyLED and VisiLED Series


Page 2
2
SCHOTT
LED Illumination Systems for Stereo Microscopy
SCHOTT is a multinational group present around the world. This allows our 
customers to talk with a knowledgeable professional, in the comfort of their 
own culture and language, at their local site.
For more than 40 years, SCHOTT has developed fiber optic products for a 
diverse range of applications. Furthermore, SCHOTT developed LED solutions 
for illumination components in an attempt to continuously offer our customers 
the most up-to-date technologies. SCHOTT fiber optic and LED components 
reach markets such as automotive, lighting, medical, industrial and defense.
By mastering glass, fibers and processes for the production of fiber optic com-
ponents and use of LED technology, we develop outstanding, market-oriented 
products. With our leading technological know-how and innovative ideas we 
ensure the success of our customers - around the world, around the clock. 
The future of fiber optic and LED solutions starts with SCHOTT today.
Generations of know-how as clear as glass


Page 3
3
n	 White light (daylight) approx. 5,600K
n	 Nearly constant color temperature when dimming
n	 High reliability of LEDs (30,000 operating hours)
n	 Low power consumption
n	 Operating completely without noise and vibration  
(well-suited for clean rooms)
n	 Robust, black anodized metal housings (well-suited for  
industrial environments)
n	 Insensitive to movements and vibrations
n	 Lightweight devices with thin flexible bundles
n	 Wide range power supplies: DC output (no flickering)
Benefits of LED illumination systems
SCHOTT EasyLED	 
Ergonomical, stand-alone solution for 
stereo microscopy and macroscopy
SCHOTT VisiLED	
Best contrasting options in 
stereo microscopy and macroscopy


Page 4
SCHOTT EasyLED
Ergonomic Illumination for Stereo Microscopy
The EasyLED series is an innovative illumination system specially designed for 
stereo microscopy.
Employing the newest technologies, SCHOTT has integrated high brightness 
LEDs and controller electronics into the head of the illuminators. 
This saves space on the workbench and allows easy and ergonomic operation, 
directly on the microscope. There is no need to remove eyes from the eyepi-
eces to find a controller box somewhere on the bench.
Continuous dimming and a separate on/off switch keep the settings 
unchanged for the next day’s session.
EasyLEDs DC-driven light is neutral white (approx. 5,600K) and absolutely 
flickerfree. It generates images of excellent color fidelity and is well-suited for 
use with digital cameras.
All illuminators come with wide range power supplies (100 – 240 V) and 
international clip-in plug adaptors, ready to use all over the world.
Robust, black anodized metal housings and well-designed heat management, 
afford outstanding brightness and lifetimes of 30,000 hrs.
Due to the fanless design, EasyLEDs are quiet, free of vibration and can be 
used in cleanrooms as well as rough environments.
4
Savings on halogen bulbs, clearly re-
duced energy, service and downtime 
costs, make EasyLEDs a very attractive 
choice compared to halogen light  
sources.
A comprehensive set of accessories such 
as ring adaptors, gooseneck fixtures, 
polarizers etc. help to fit EasyLEDs to 
almost any stereo microscope.
n	 Robust metal housing  
n	 Integrated controller electronics
n	 Ergonomic operation
n	 Flickerfree  
n	 High brightness daylight (5,600K)
n	 Power LED spot illuminator
n	 Ready to use worldwide (100-240 V)
n	 No bulb change, lamp life 30,000 hrs.
n	 Comprehensive set of accessories
n	 Fits to almost any  microscope 
n	 Outstanding price-performance ratio


Page 5
5
n	 45 high brightness LEDs
n	 easy adaption on various  
microscope objectives 
(Ø 66 mm / adaptors available)
n	 integrated controller for  
	
continuous dimming (0 – 100%) 	
	
and separate on/off switch
n	 wide range of working distances:
	
55 – 135 mm
n	 maximum illuminance:
	
90 klx (at 75 mm free working  
distance)
Ringlight
n	 highly uniform backlight illumination
n	 easy retrofit to incident light bases  
(Ø 84 mm / adaptors available)
n	 integrated controller for continuous 
dimming (0 – 100%) and separate 
on/off switch
n	 illuminated area: Ø 50 mm
n	 maximum luminance up to  
	
12,000 cd/m2
Transmitted light stage
n	 high brightness power LED
n	 easy adaption at goosenecks and articulating arms
n	 compact controller for continuous dimming  
(0 – 100%) and separate on/off switch
n	 maximum light flux: 40 lm
Spot illuminator


Page 6
6
Power Supply 12 V
Ringlight System
P/N 600 200
21.01.01
Ringlight
Power Supply 12 V
Transmitted Light Stage
System
P/N 600 400
21.01.01
T L S
Spot Illumination System
P/N 600 100
21.01.01
Power Supply 5 V
Controller
Spot Illuminator
System diagram for EasyLED
Leg of insect with brightfield illumination


Page 7
7
Polarization filter
P/N 400 550
21.02.01
Polarizing filter
attachment for TL
P/N 158 500
21.02.01
Analyzer M 49 x 0.75
P/N 158 505
Analyzer M 52 x 1
P/N 158 510
21.02.01
Base for holding arm
M6 P/N 158 340
21.02.01
Color filter for spot
red P/N 600 650
blue P/N 600 660
green P/N 600 670
yellow P/N 600 680
21.02.01
Polarization filter for spot
(turnable)
P/N 600 600
21.02.01
Holding arm for spot
300 mm M6/M4x0.5 P/N 600 520
300 mm M6/M5
P/N 600 522
300 mm M6/M6 
P/N 600 524
300 mm M6/M8 
P/N 600 526
21.02.01


Page 8
8
Piston (ringlight brightfield)
Piston (ringlight with polarizer)


Page 9
9
45 high brightness LEDs
approx. 5,600K  
55 mm … 135 mm  
90 klx (at 75 mm free working distance) 
outer Ø: 114 mm / inner Ø: 66 mm / height: 29 mm  
integrated, dimmable 0% … 100%
12 V DC  
100 - 240 V  
50 - 60 Hz  
39 SMD LEDs  
approx. 5,600K  
Ø 50 mm  
12,000 cd/m2  
Ø 84 mm / height: 16 mm  
integrated, dimmable 0% … 100%  
12 V DC  
100 - 240 V  
50 - 60 Hz  
 
1 high brightness Power LED  
approx. 5,600K  
40 lm  
M6 thread  
Ø 24 mm / height: 50 mm
separate, dimmable 0% … 100%  
54 x 35 x 30 mm  
5 V DC  
100 - 240 V  
50 - 60 Hz
Ringlight system  
Diodes  
Color temperature  
Working distance  
Max. illuminance  
Dimensions  
Controller  
Supply voltage  
Input voltage  
Mains frequency  
Transmitted light stage system  
Diodes  
Color temperature  
Illuminated surface  
Max. luminance  
Dimensions  
Controller  
Supply voltage  
Input voltage  
Mains frequency  
Spot illumination system  
Diode   
Color temperature  
Max. light flux  
Fitting  
Spot dimensions 
Controller  
Controller dimensions  
Supply voltage  
Input voltage  
Mains frequency  
EasyLED
9
Technical Data
Illuminance of EasyLED ringlight dependent on the free working distance
0
10
20
30
40
50
60
70
80
90
100
110
120
0
10
20
30
40
50
60
70
80
90
100
110
120
130
Free Working Distance [mm]
Illuminance [klx]


Page 10
 Breech Face Marking, 
Brightfield Ringlight, full circle
SCHOTT VisiLED
Enhanced Contrast for Stereo Microscopy
10
 Breech Face Marking, Brightfield Ringlight, 
1/4 circle from north west
 The VisiLED product line is an innovative 
illumination system specially developed 
for stereo microscopy and macroscopy. 
Utilizing the benefits of white LEDs, this 
system opens up completely new possi-
bilities for putting microscope specimens 
in the right light. 
The VisiLED system features the following SCHOTT exclusives: 
  n Lightheads are controllable in segments, which enables new contrasting  
 
methods. 
  n Easy combination of brightfield with darkfield illumination or of incident  
 
light with transmitted light allows targeted mixing of light for demanding  
 
work in research, development and routine procedures.
  n Illumination parameters can be stored in memory positions, leading to  
 
reproducible mixed light conditions. Quick and easy changeovers between  
 
stored light settings.


Page 11
Contrast Your Application
Notch in a Wafer, Incident Darkfield & 
Brightfield, 1/4 circle from north
Notch in a Wafer, Incident Darkfield,  
1/4 circle from north
11
The excellent controllability of the LEDs affords the VisiLED contrasting 
methods, which go far beyond the possibilities provided by conventional 
microscope illuminations. 
The MC1500 controller contains five preset VisiLED segment illumination 
modes.
This enables quick changeovers between shadow-free full-circle illumination 
to soft-shadow half circle or 4-point illuminations as well as to strongly direc-
tional illuminations. Rotating these directed illuminations around an object 
intensifies surface structures and optimizes contrast. 
Additional contrasting options are achieved by combining of two VisiLED 
illuminations. 
For example: 
n	 The incident darkfield ringlight enhances structures on flat surfaces but 	
	
also creates black shadows in recessed openings. Adding a small amount 	
	
of brightfield illumination softens these shadows and makes inspection of 	
	
the recessed openings possible. 
n	 Certain translucent objects are normally inspected with incident light, e.g. 	
	
crystals in geology. Adding transmitted light and optimizing the illumi- 
nation direction helps considerably to intensify contrasts considerably.
Continuous rotation of a directional 
illumination increases the impression 
of three-dimensionality with structured 
specimens, especially when viewed on  
a monitor.
In flash mode the defined mixed light 
can be momentarily enhanced by an 
intensive single pulse: exposure times 
of connected photo equipment can be 
reduced – the mixed light “flashes”. This 
is important when documenting weakly 
reflective specimen.
The possibility of storing, archiving and 
easily reproducing the high contrasting 
light conditions together with the op-
tion of controlling the VisiLEDs from PCs 
makes the system the ultimate choice 
for investigations in the field of forensics.


Page 12
VisiLED
Lightheads
All VisiLED illuminations are optimized for microscopy use. Strongly focused 
illumination areas as well as the working distances and adaptation diameters 
match with common stereo microscope objectives. 
Highly intensive cold light is brought precisely to the specimen – heat-free 
and with the best quality white of approx. 5,600K CCT.
The product line comprises:
Brightfield ringlights for high intensity incident light illumination with 
80 or 40 white LEDs
n	 Ringlights S80-55 and S40-55 with minimum working distance of 55 mm 
for objectives up to magnification 1
n	 Ringlight S80-25 with working distances of 25 - 50 mm for higher 
	
magnifying objectives
Darkfield ringlight S40-10D for an intensive illumination in the incident 
darkfield, enhancing contrasts of flat structured surfaces. It can be mounted 
on 58/66/70 mm objectives via an adapter ring or easily be combined with 
all brightfield ringlights using the brightfield-darkfield adapter kit. 
Transmitted light bases for excellent 
contrasting of transparent objects
n	 The compact VisiLED transmitted 
light stages TLS-BF for brightfield  
and TLS-DF for darkfield fit in all 
common stereo microscope stands.
n	 The VisiLED ACT base (Advanced 
Contrast Transmitted) sets new  
standards for examing the structures 
of low-contrast, uncolored specimens. 
It combines transmitted light bright-
field and darkfield illuminations, all 
settable as shadowfree or as oblique 
light illuminations. Additionally, two 
mechanical diaphragms enable a high 
end relief contrast for low-structured 
transparent samples and phase speci-
men that are scarcely recognizable in 
the direct brightfield. 
12


Page 13
13
Controllers
 Controllers have been specifically developed for the VisiLED Series microscopy 
illumination system.
MC1500 – the intelligent multifunction center
The MC1500 is the core of the VisiLED system. It controls up to two illumi-
nations simultaneously and thus offers easy combination of any two VisiLED 
lightheads. The MC1500 allows the setting various illumination parameters 
including light intensity, different segment modes and change of illumination 
direction. Additionally, the controller offers rotating, strobing, external trigge-
ring or flashing of the LED light, ensuring constant mixed light characteristics 
through its synchronized control of the connected VisiLED illuminations.
Different mixed light settings can be permanently stored in the memory 
section of the MC1500, quickly reproducible using the controller keys or a 
foot switch. The MC1500 can be completely controlled by PC or laptop via 
RS232 interface or USB. It allows exact parameter settings and expanded 
segment control. A windows demo software and a DLL to integrate in custo-
mer software are included. 
The LED temperatures in each VisiLED 
illumination are continuously monitored 
by the MC1500. This thermo guard 
ensures a long lifetime of the white 
LEDs – even when set at the maximum 
brightness level. 
Additional accessories: a flash cable, 
a foot switch and a RS232-to-USB1.1 
converter
MC750
A controller for lower contrasting 
requirements. The MC750 has contin-
uous dimming via potentiometer and 
over temperature protection of the 
LED lighthead.


Page 14
14
MC750
P/N 400 010
22.01.01
MC1500
P/N 400 000
22.01.01
Flash cable
P/N 400 035
22.05.01
Foot switch
P/N 400 020
22.05.01
RS232 USB 1.1
converter
P/N 400 030
22.05.01
Power supply
P/N 400 050
22.01.01
Adaptor Kit BF/DF
P/N 400 500
22.03.01
Power cord EU
P/N 400 051
Power cord US
P/N 400 052
Power cord UK
P/N 400 053
Power cord CH
P/N 400 054
22.01.01
S40-55
P/N 400 100
22.02.01
TLS-DF
P/N 400 350
22.03.01
TLS-BF
P/N 400 400
22.03.01
S40-10D
P/N 400 300
22.03.01
S80-55
P/N 400 255
22.02.01
S80-25
P/N 400 225
22.02.01
ACT-Base
P/N 400 600
22.04.01
Analyzer M 49 x 0.75
P/N 158 505
Analyzer M 52 x 1
P/N 158 510
21.02.01
Polarizing filter
attachment for TL
P/N 158 500
21.02.01
DF-Adaptor
Øi 66 mm
Øi 70 mm
P/N 400 510
22.03.01
Polarization filter
P/N 400 550
22.02.01
System diagram for VisiLED


Page 15
15
Technical Data
Illuminance of VisiLED ringlights dependent on the free working distance
0
50
100
150
200
250
0
10
20
30
40
50
60
70
80
90
100
110
120
130
Free Working Distance [mm]
Illuminance [klx]
VisiLED S80-55
VisiLED S80-25
VisiLED S40-55
VisiLED S40-10D
VisiLED
 
80 high brightness LEDs   
ca. 5,600K  
55 mm … 135 mm  
130 klx (at 75 mm free working distance)  
outer Ø: 114 mm / innerØ: 66 mm / height: 24 mm  
   
80 high brightness LEDs   
ca. 5,600K  
25 mm … 50 mm  
200 klx (at 30 mm free working distance)  
outerØ: 114 mm / innerØ: 66 mm / height: 24 mm  
   
40 high brightness LEDs   
ca. 5,600K  
55 mm … 110 mm  
80 klx (at 70 mm free working distance)  
outerØ: 114 mm / innerØ: 66 mm / height: 24 mm  
   
   
40 high brightness LEDs   
ca. 5,600K  
5 mm … 15 mm  
130 klx (at 10 mm free working distance)  
outerØ: 118 mm / innerØ: M76x1 / height: 14 mm  
   
   
80 SMD LEDs  
ca. 5,600K  
50 mm  
8,000 cd/m2  
Ø: 84 mm / height: 15 mm  
   
   
73.5/153 x 110 x 40 mm  
dimmable 0% … 100%  
24 V DC  
85 – 264 V  
50 – 60 Hz
Ringlight S80-55   
Diodes  
Color temperature  
Working distance  
Max. illuminance  
Dimensions   
Ringlight S80-25 
Diodes  
Color temperature  
Working distance  
Max. illuminance  
Dimensions    
Ringlight S40-55   
Diodes  
Color temperature  
Working distance  
Max. illuminance  
Dimensions  
Ringlight S40-10D    
Diodes  
Color temperature  
Working distance  
Max. illuminance  
Dimensions  
Transmitted light stage brightfield  
Diodes  
Color temperature  
Illuminated surface  
Max. luminance  
Dimensions  
Controller MC 750 / MC 1500  
Dimensions  
Light setting  
Supply voltage  
Input voltage  
Mains frequency

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