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ABC(Automatic Balancing Centrifuge)

LABMASTER ABC-CB200RF
Max. RPM : 4,600rpm
Max. RCF : 4,259xg
Max. Capacity : 3 X 1,100ml
Max. Mass Imbalance Compensate : 75g

ABC-CB200RF, a floor standing type, is available to use in a small space, balance itself automatically and be centrifuged faster, more accurate by inventive self-compensation system.

ENHANCE EASY-OF-USE WITH ADDITIONAL FUNCTION

World first automatic balancing
User-friendly designed LCD panel
Soft-closing door system

If the weight of the samples is different, vibration occurs in the centrifuge, measuring the vibrations through the accurate Sensor.

Calculate the amount of compensation weight through a unique algorithm of how much and where vibration is occurring.

Signal of the calculated weight compensation amount is transmitted to the weight balancer inside the rotor and then the weight of the samples is automatically balanced.

Labmaster® ABC-CB200RF

Convenience

No need to weight before centrifuge

No need to put sample symmetry

Accuracy

enable to saperate accurately by self-compensation system

improve accuracy of blood sample separation

Economics

extension of service life by improving durability

Safety

prevent secondary pollution by decreasing contact with sample

user centered safety design

Rotors

- Cat. No.2001001100
- DescriptionA-S46-G
- Max RPM4,600rpm
- Max RCF4,259xg
- Max. Capacity3X700ml
- Max. Compensation Range75g

- Cat. No.2001002100
- DescriptionA-S41-K
- Max RPM4,100rpm
- Max RCF3,383xg
- Max. Capacity3X1,100ml
- Max. Compensation Range60g

Specifications

Description	ABC-CB200RF
Refrigeration	Yes
Drive	Brushless DC Motor
Run Time	10 hrs (9 hrs 59 min 59 sec)
Set Temperature	4℃ to 40℃
Braking/accel. Curve	10 / 10
Dimension(W X D X H)mm	500 X 592 X 828
Weight(kg)	150

LABMASTER ABC-CB200R+
Max. RPM : 4,600rpm
Max. RCF : 4,259xg
Max. Capacity : 3 X 1,100ml
Max. Mass Imbalance Compensate : 75g

ABC-CB200R+, a bench top type, is available to use stable on a table, balance itself automatically and be centrifuged faster, more accurate by inventive self-compensation system.