Blood Bag CentrifugeComponent 12R I Component R B
lood
Bag
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Specialized blood-bag treating centrifuge with bucket styleof big capacity, 2,400 ml swing-out rotor.
Blood-bag
Separating Centrifuge
Blood Bag Centrifuge
-10。C to+40。C
4,800 7,212 2,400mlX 6
10steps for acceleration and deceleration can be selected for delicateliquid experiment.
Stable Sampling
Eco-friendly and effective cooling with CFC Free freezing system.
Eco-friendly cooling system
Micro Soft Control make good progress on separating layers by minimizingvibration section.
Want perfect blood separation?
Component12R
Description Specification Remarks
RPM
RCF
Max. capacity
Time
Display
Accel/Decel
Temp
Motor
Power supply
Dimension
Weight, Kg
4,800 rpm
7,212 xg
2,400ml x 6
99hrs 59min 59sec
RPM, RCF, Time, Temperature,Program, Accel/Decel,
Rotor Number, Rotor Radius
10 step
-10 。C ~ 40 。C
AC Induction Motor
220V, 60Hz, single phase
840W x 980D x 970H/mm
520Kg
Features 쪾Graphic LCD쪾Fast and easy operation and correction by Key Pad 쪾Big capacity 2,400 ml Swing-out rotor of bucket style쪾Soft & silent operation쪾Memory function for setting the condition of test쪾Environmentally refrigerating system of cfc-free쪾Automatically calculating RPM/RCF쪾10 steps for acceleration and deceleration can be selected for delicate liquid
experiment쪾Efficient cooling system쪾Wind shield minimizing air resistance쪾Specially designed for separating blood platelet in blood bank and hospital
or the treatment of big capacity
WS2400-6B
쪻Please note that technical specifications subject to change.
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10steps for acceleration and deceleration can be selected for delicateliquid experiment.
Stable Sampling
Eco-friendly and effective cooling with CFC Free freezing system.
Eco-friendly cooling system
Centrifuge for
Large Size Sample
Blood Bag Centrifuge
Component R
Big size refrigerating centrifuge for blood-bag orvarious tubes.
-10。C to+40。C
5,000 7,217 1,000mlX 6
Blo
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Description Specification Remarks
RPM
RCF
Max. capacity
Time
Display
Accel/Decel
Temp
Motor
Power supply
Dimension
Weight, Kg
5,000 rpm
7,217 xg
1,000ml x 6
99hrs 59min 59sec
RPM, RCF, Time, Temperature,Program, Accel/Decel,
Rotor Number, Rotor Radius
10 step
-10 。C ~ 40 。C
AC Induction Motor
220V, 60Hz, single phase
700W x 807D x 858H/mm
380Kg
WS1000-6B Optimized chamber foreffective cooling
Features 쪾Graphic LCD쪾Fast and easy operation and correction by Key Pad 쪾Swing-out rotor of big capacity of 1,000 ml, bucket style쪾Soft & silent operation쪾Memory function for setting various conditions쪾Environmentally refrigerating system of cfc-free쪾Automatic RPM/RCF calculating system쪾10 levels of Accel./Decel. is suitable for separation of sensitive layers쪾Efficient cooling system쪾Wind shield minimizing air resistance쪾Specially designed for separating blood platelet in blood bank and hospital
or the treatment of big capacity
쪻Please note that technical specifications subject to change.
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Component R /12RControl Display쪾Customized key pad (Easy operation and correction)쪾10 steps for acceleration and deceleration for delicate liquid experiment쪾RPM/RCF auto calculating쪾Changing term of timer during operation쪾Time set up, max. 99 hours 59 minutes 59secs쪾Rotor Radius 0.1mm setting쪾Memory for saving experiment condition [100 memories]
WS2400-6B Wind shield
Type
Max. RPM
Max. RCF
Radius
Dim. for
Swing Rotor ∠90°C
4,800 rpm
7,470 x g
290mm
494x434x120
Tube Capacity (ml)
Dimensions Ø x L mm
Tube Type
250
2
12
7,212
280
4,800
White
TB-250
Adapter
Tube per Adapter
Tube per Rotor
Max.RCF
radius (mm)
RPM
boring Ø x L mm
Color / Material
Cat.NO.
Max. length Ø x L mm
450
2
12
7,212
280
4,800
White
TB-450
500
2
12
7,212
280
4,800
White
TB-500
Component 12R Max. RPM : 4,800 Max. RCF : 7,470 xg
B2400
Blood Bag Bucket2,400ml capacity
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WS1000-6B Wind shield
Type
Max. RPM
Max. RCF
Radius
Dim.
Swing Rotor ∠90°C
5,000 rpm
7,217 xg
225.1 mm
333.7 x 362 x 55 mm
Tube Capacity (ml)
Dimensions Ø x L mm
Tube Type
5
12 x 75
26
156
10,202
253.5
6,000
13 x 70
Magenta
T5-26
13 x 187.5
Adapter
Tube per Adapter
Tube per Rotor
Max.RCF
radius (mm)
RPM
boring Ø x L mm
Color / Material
Cat.NO.
Max. length Ø x L mm
10
13 x 100
26
156
10,171
252.7
6,000
14 x 89.5
Yellow
T10-26
14 x 186.5
15
16 x 114
19
114
10,215
253.8
6,000
17 x 99.5
Green
T15-19
17 x 185
50
29 x 104
7
42
9,877
245.4
6,000
29.2 x 81
White
T50-7
29.2 x 179.5
250
61.8 x 123
1
6
10,275
255.3
6,000
62.2 x 99
Cyan
T250-1
62.2 x 189
500
69.5 x 170.2
1
6
10,259
254.9
6,000
75.5 x 99
Violet
T500-1
75.5 x 189
1,000
97 x 152
1
6
10,312
256.2
6,000
96 x 153
Chartreuse
T1000-1
96 x 190
50
30 x 115
5
30
10,159
252.4
6,000
29.5 x 99.5
Blue
T50-5C
17 x 86
15
17 x 120
14
84
10,066
250.1
6,000
17 x 89
Sky Blue
T15-14C
13 x 184
480
1
6
9,990
248.2
6,000
-
Black
-
-
50
5
30
7,506
186.5
6,000
27 x 65
Black
TS50-5
27 x 90
30
180
9,897
245.9
6,000
13 x 55
Crimson
T5-30
13 x 180
Adapter
Tube per Adapter
Tube per Rotor
Max.RCF
radius (mm)
RPM
boring Ø x L mm
Color / Material
Cat.NO.
Max. length Ø x L mm
24
144
9,897
245.9
6,000
13.5 x 80
Yellow
T10-24
13.5 x 180
17
102
9,897
245.9
6,000
17.3 x 80
Green
T15-17
17.3 x 180
4
24
9,897
245.9
6,000
29 x 80
White
T50-4
29 x 180
1
6
9,897
245.9
6,000
62 x 80
Red
T250-1
62 x 180
1
6
9,897
245.9
6,000
74 x 80
Blue
T500-1
74 x 180
B1000
Round Bucket1000ml capacity
Component R Max. RPM : 5,000 Max. RCF : 7,217 xg
Swing Rotors
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Centrifuge Theory
RotorsIt is the method to indicate the relative centrifugal force by thefollowing equation according to centrifugal speed of rotor (rpm). The reason to use rpm instead of the relative centri-fugal force is tomeasure each speed precisely with motor speed per minute (N, rpm) asit is very difficult to measure its speed by the relative centrifugal force.
K-FactorAnother variable of the rotor is K-Factor. K-Factor is used for predictingthe experiment time of the best suited. For example, the rotor’s K-Factor without shielding is 402. At that time, the speed is 2,000 rpmand it is indicated the time to need in separating from the maximumspeed is t=402/100=4.02 hour=4 hour 1 minute.The main reason to use K-Factor is that each rotor has different RCFand also the RCF is different even the material are same on thedifferent location. As it has different value by the materials speed and sedimentationdistance, K-Factor is used to make same value after make calibration.See Picture 1 It means K-Factor is used to make fixed value not relatedwith each speed and sedimentation distance. K-Factor is only affectedby the speed of the rotation.
The time prediction of centrifugal separationIf the sedimentation factor is known, the required time to do pellet is
predicted by using the following equality t=k/s ( t: operating time, k-K-
Factor, s=Sedimentation Factor )
When the user make separation of materials which have same
sedimentation factors with different rotors, the separating time is
reduced in case he use the rotor which has smaller K-Factor. In
addition, the user can predict the pellet time with using different rotors
with the above equality when the use has to make centrifugal
separation with using various rotors unavoidably.
For example, how many time is required to make separation in
condition of angle rotor 20,000rpm comparing that it takes 4 hours to
make separation with using the swing rotor’s speed 40,000rpm?
Every rotor has the different K value and user can get the Required K
value with the calculating equality t=k/s. therefore, K value in the
condition of swing rotor is 370 and the value in angle rotor
20,000rpm is 125. it can be calculated and solved by following
proportional expression. 370:4=125:X. X=1.35 hours So, the user can
get predicted time to make separation as like the above.
Effectiveness of Gross Centrifugal ForceEffectiveness of Gross Centrifugal Force is an integral calculus to each
speed by the time. This effectiveness is required to make same result
for the experiment even every machine has the different time for
acceleration and speed reduction.
It is the gross area of the red colored part. See Picture 2 the main
purpose to use this effectiveness is to make calculation objectively
from the subjective calculation which get different of the Effectiveness
of Gross Centrifugal Force by different centrifuges.
Therefore, the user can make operation in convenience the other
centrifuges to get same result after using the one centrifuge. The each
speed is calculated by following equality.
Relative Centrifugal Force (R.C.F)It is indicated the power which the factor takes regarding tocentrifugal speed and indicated by the ratio comparing the power ofthe gravity to the power which the factor takes. It means the relativecentrifugal force (RCF) is indicated as a ratio comparing the powerwhich the factor takes in the condition of centrifugation to the force ofgravity. The main factors to determine RCF are the distance of the particlefrom the axis of rotation, each speed of rotation (RPM) and the gravityacceleration (980cm/sec). RCF is proportional to the square of the speed so RCF increases 4times of the speed when the speed increases 2 times. The main reasonto use RCF instead of ACF (Absolute Centrifugal Force) can adopt allparticles’ mass. In case of using ACF.It is difficult to adopt all particle’s mass as centrifugal force is increasedaccording to increase the particle’s mass. This is indicated and expressed by xg and xg means it is not related onthe particle’s mass. In case of calculating the particle’s mass at thesame time, It is the particle’s centrifugal force. But, RCF is affected byits location even the materials are both of same. The main factor is thedistance of the particle from the axis of rotation. For example, the RCFto the particle located in the most near of the axis is smaller than theparticle located in the most far of the axis. They are called rmin formost near location and rmax for most far location.
Medical CentrifugeMF 300 I MF 80 I MF 50 I HA 12 I HA 200
Cellspin I Serospin I HA 400
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General Centrifuge
Medical Centrifuge
MF 300Basic multipurpose bench top centrifuge for labs in hospitals and universities.
쪻Please note that technical specifications subject to change.
4,000 2,898 15mlX 24
MF 804,000 2,469 15ml
X 12
Max. RPM
Max. RCF
Max.capacity
Timer
Brake selection
Programmability
Digital display
Drive motor
Power
Dimension
Weight
4,000rpm
2,469 x g
50ml x 6 / 15ml x 12
99 min
Slow, Normal, Fast (3 step)
10 memory
RPM, RCF, Time, Brake, Program
High torque DC motor
220V, 60Hz, Single phase, 0.6kW
385W x 480D x 275H/mm
26Kg
쪻Please note that technical specifications subject to change.
Max. RPM
Max. RCF
Max.capacity
Timer
Brake selection
Programmability
Digital display
Drive motor
Power
Dimension
Weight
4,000rpm
2,898 x g
15ml x 24
99 min
Slow, Normal, Fast (3 step)
10 memory
RPM, RCF, Time, Program
High torque DC motor
220Vac, 60Hz, Single phase, 0.6kW
435W x 520D x 380H/mm
34Kg
50mlX 6
50mlX 6
SL50-6
For both Angle / Swing Rotor type Detecting over speed, over heat,system error and door opening.
Features 쪾Bench top low-speed centrifuge쪾Especially, It is the best item for local hospitals for PRP(Platelet Rich
Plasma), PRF(Platelet Rich Fibroblast) separating쪾Sophisticated and sturdy design for using all laboratories and hospitals쪾Specially designed for air-flow cooling to minimize noise and heat쪾Double lid locking device with latches쪾Lid can easily be opened due pneumatic swing support
Features 쪾Bench top low-speed centrifuge쪾Especially, It is the best item for local hospitals for PRP(Platelet Rich
Plasma), PRF(Platelet Rich Fibroblast) separating쪾Sophisticated and sturdy design for using all laboratories and hospitals쪾SOFT Start/Stop for centrifuging PRP, PRF쪾Double door including inner plate and auto-lock system for safety쪾Specially designed for air-flow cooling to minimize noise and heat쪾Twist lock for effortless opening and closing of the lid
Adapters50ml,25ml,15ml
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Medical Centrifuge
Medical Centrifuge
MF 50
Basic multipurpose bench top centrifuge for laboratories inhospitals and universities.
4,600 2,082 15mlX 6
쪻Please note that technical specifications subject to change.
Max. RPM
Max. RCF
Max capacity
Motor drive
Speed preset
Temperature control
Timer
Acceleration
Deceleration
Noise level
Program memory
Digital display
Dimension
Weight
Power supply
4,600rpm
2,082 x g
6 x 15ml
High torque DC motor
10 rpm
Air-flow cooling
99min, free run
1 steps (≤ 20 seconds)
3 steps (≤ 20 seconds)
≤ 50db
Stores up to 10 programs
rcf, rpm, time, decel step, program
270W x 358D x 285H/mm
14 kg
220V, 50Hz / 60Hz, single phase, 0.5kw
쪻Please note that technical specifications subject to change.
Max. RPM
Max. RCF
Max. capacity
Drive motor
Power supply
Rotor
Cooling type
Radius
Weight
3,600rpm
1,811 x g
6 x 15ml (max 90ml)
High torque DC motor
220V, 60Hz, 0.3kW
Angle
Air cooling
12.5cm
10Kg
HA 12
Basic multipurpose centrifuge for laboratories in hospitalsand universities.
3,600 1,811 15mlX 6
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Detecting over speed, Detecting imbalance
Double door including inner plate and auto-lock systemfor safety. Specially designed for air-flow cooling tominimize noise and heat Double lid locking device withlatches, emergency opening of lid.
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Medical Centrifuge
HA 200
HA-200, centrifuge specialized only for test of anemiaand jaundice which is convenient to read with thereading plate after separation of sample.
11,800 14,800 0.07mlX 24
Hematocrit Centrifuge
쪻Please note that technical specifications subject to change.
Max. RPM
Max. RCF
Max. capacity
Capillary tubes
Drive motor
Power supply
Timer
Dimension
Cooling type
Rotation
Weight
11,800rpm
14,800 x g
24 x 0.07ml
1.75 φx 75mm
High torque DC Motor
220V, 60Hz, 0.5kW
0~30 minutes
255W x 310L x 220H/mm
Air-cooling
Counterclockwise
10,45Kg
CellspinBasic cell sampling centrifuge.
3,000 1,057 0.5~6mlX 12
Cytological Centrifuge
쪻Please note that technical specifications subject to change.
Max. RPM
Max. RCF
Max.capacity
Timer
Brake selection
Programmability
Digital display
Drive motor
Power
Dimension
Specimen range
Weight
3,000rpm
1,057 x g
12 slide x 0.5-6ml
99min
Slow, Normal, Fast (3 step)
10 memory
RPM, Time, Brake, Program
High torque DC motor
220Vac, 60Hz, Single phase, 0.6kW
360W x 410D x 280H/mm
0.5 to 6cc
24Kg
Features 쪾Easy to remove rotor for convenient washing쪾 Polycarbonate window allows the operator to
see the sealed head during cytocentrifugation쪾Auto-locking, plastic outer lid쪾 No rotor cover requiring sterilization
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HA 400
Specialized centrifuge for milk-fat separation. Gelber and Babcocktype tube are available with easy-to-use knob to operate.
1,700 810 100mlX 4(8,12)
100mlX 4(8)
Milk-fat centrifuge
Gelber Babcock
쪻Please note that technical specifications subject to change.
Max. RPM
Max. RCF
1,700rpm
810 x g
Drive motor
Power supply
Timer
Dimension
Weight
High Torque DC motor
220V, 60Hz, 1kW
0~30 minutes, Free
670 φ420H
33Kg
Max. capacity 4 (8,12) x 100ml(Gelber)4 (8) x 100ml(Babcock)
Medical Centrifuge
SerospinCentrifuge for Cross-matching test.
3,400 1,021 75mmX 12
Blood Bank
쪻Please note that technical specifications subject to change.
Max. RPM
Max. RCF
Max. capacity
Temperature range
Timer
Brake selection
Programmability
Digital display
Power
Dimension
Weight
3,400rpm
1,021xg
12 x 75mm tube
Air cooling
99min
Slow, Normal, Fast (3 step)
10 memory
Speed, Time Program, Brake Step
220V, 60Hz, 0.5kW
270W x 355D x 280H
11Kg
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Easy to remove rotor forconvenient washing.
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SL50-6
Type
Max. RPM
Max. RCF
Radius
Dim. for
Swing Rotor ∠90°C
3,600 rpm
2,326 x g
160.5 mm
Ø200 x 16mm
Tube Capacity (ml)
Dimensions Ø x L mm
Tube Type
15(16)
18 x 99.3
1
6
2,326
160.5
3,600
18 x 90
White
18 x 123
Adapter
Tube per Adapter
Tube per Rotor
Max.RCF
radius (mm)
RPM
boring Ø x L mm
Color / Material
Max. length Ø x L mm
50
28.8 x 106.7
6
2,326
160.5
3,600
30 x 90
30x123
50
29 x 104
10CC 20CC
6
2,326
160.5
3,600
30 x 90
30 x 123
6
2,326
160.5
3,600
30 x 90
30 x 90
6
2,326
160.5
3,600
30 x 90
30 x 90
MF 80 Max. RPM : 3,600 Max. RCF : 2,326 xg MF 300 Max. RPM : 3,600 Max. RCF : 2,326 xg
Standard Accessory
Set of 12ea
PRP KIT PRP KIT
Cyto Rotor
Type
Max. RPM
Max. RCF
Radius
Dim. for
Cyto Rotor
3,000 rpm
1,051 x g
104.5 mm
Ø233.5 x 65
Cyto Cell
PC
25 x 62 x 36.5mm
12
Accessories
Part Name
Material
Size
Tube per Rotor
Cat.NO.
Cyto Clip
STS304
78 x 31.5 x 10mm
12
Filter
paper
62 x 26mm x t1.0
12
Rubber Plate
transparent white
75 x 25.5mm x t1.5
12
Cell Spin Max. RPM : 3,000 Max. RCF : 1,051xg
Rotors & Accessory
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SL100-6(Gelber)
Type
Max. RPM
Max. RCF
Radius
Dim. for
Swing Rotor ∠90°C
1,700 rpm
830 x g
256.9 mm
Ø260 x 16mm
Tube Capacity (ml)
Dimensions Ø x L mm
Tube Type
Model SL100-4Babcock
SL100-6 Gdelber
SL100-4 Gelber
50
8
726
224.8
1,700
37 x 187
Adapter
Tube per Adapter
Tube per Rotor
Max.RCF
radius (mm)
RPM
boring Ø x L mm
Color / Material
Cat.NO.
Max. length Ø x L mm
SL100-4(Babcock)
Type
Max. RPM
Max. RCF
Radius
Dim. for
Swing Rotor ∠90°C
1,700 rpm
726 x g
224.8 mm
Ø260 x 16mm
SL100-4(Gelber)
Type
Max. RPM
Max. RCF
Radius
Dim. for
Swing Rotor ∠90°C
1,700 rpm
830 x g
256.9 mm
Ø260 x 16mm
100
12
830
256.9
1,700
25 x 215.5
100
8
830
256.9
1,700
25 x 215.5
HA 400 Max. RPM 1,700 Max. RCF : 830 xg
Rotors & Accessory
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AL15-24 Tube Capa.
DIM. Ø x L mm
Tube Type
Adapter
Tube per Rotor
Max.RCF
radius (mm)
boring Ø x L mmCat.NO.
Type
Max. RPM
Max. RC
Radius
Angle Rotor ∠45°C4,000 rpm
3,182 xg
80.8mm
15(16)ml
18 x 100
15ml
17 x 120
24
3,182
177.9
18 x 105
24
3,182
177.9
18 x 105
MF 300Max. RPM : 4,000Max. RCF : 3,182 xg
Rotors & Accessory
A15-12Tube Capa.
DIM. Ø x L mm
Tube Type
Adapter
Tube per Rotor
Max.RCF
radius (mm)
boring Ø x L mmCat.NO.
Type
Max. RPM
Max. RC
Radius
Angle Rotor ∠45°C4,000 rpm
2,444 xg
136.6 mm
15(16)ml
18 x 100
12
2,444
136.6
18 x 94.5
MF 80Max. RPM : 4,000Max. RCF : 2,444 xg
AL15-6Tube Capa.
DIM. Ø x L mm
Tube Type
Adapter
Tube per Rotor
Max.RCF
radius (mm)
boring Ø x L mmCat.NO.
Type
Max. RPM
Max. RC
Radius
Angle Rotor ∠40°C4,600 rpm
2,299 xg
97.2 mm
15(16)ml
18 x 100
6
2,299
97.2
18 x 89.5
MF 50Max. RPM : 4,600Max. RCF : 2,299 xg
Sero-75Tube Capa.
DIM. Ø x L mm
Tube Type
Adapter
Tube per Rotor
Max.RCF
radius (mm)
boring Ø x L mmCat.NO.
Type
Max. RPM
Max. RC
Radius
Angle Rotor ∠38°C3,400 rpm
937 x g
75.3 mm
5ml
12 x 75
12
937
75.3
Sero SpinMax. RPM : 3,400Max. RCF : 937 xg