What is the maximum RCF (Relative Centrifugal Force) generated by the Haematocrit Centrifuge LHC-A30?

Labtron’s Haematocrit Centrifuge LHC-A30 generates a maximum relative centrifugal force (RCF) of 15800 × g. RCF is a measure of the actual force applied to the samples during centrifugation and directly affects the separation efficiency. This high RCF ensures quick and precise stratification of blood components, making it suitable for time-sensitive diagnostic settings.

How many samples can the Haematocrit Centrifuge LHC-A30 process at a time?

Our Haematocrit Centrifuge LHC-A30 is equipped with a rotor that holds up to 24 capillary tubes. This capacity is optimal for medium-throughput environments, allowing technicians to process multiple samples simultaneously, thus improving overall laboratory efficiency without compromising performance.

Does the Haematocrit Centrifuge LHC-A30 support dual voltage operation?

Yes, this Haematocrit Centrifuge LHC-A30 is designed with a wide voltage compatibility, operating efficiently on both AC 110V and 220V power supplies at 50/60 Hz. This feature makes it versatile and suitable for global use in various laboratory environments without requiring additional voltage converters.

What safety mechanisms are integrated into the Haematocrit Centrifuge LHC-A30?

Labtron’s Haematocrit Centrifuge LHC-A30 includes an electronic lid locking system that prevents the lid from opening while the rotor is in motion. This ensures operator safety by eliminating the risk of accidental exposure to high-speed rotating components. Additionally, it operates with minimal vibration and noise, further contributing to a safe and comfortable lab environment.

Haematocrit Centrifuge LHC-A30

Name: Haematocrit Centrifuge LHC-A30
Brand: Labtron
SKU: LHC-A30
Rating: 4.8 (742 reviews)

Haematocrit Centrifuge LHC-A30 can reach a maximum speed of 12000 rpm with an accuracy of ± 20 rpm. It operates with a brushless motor that provides rapid acceleration and deceleration for efficient processing. The centrifuge is equipped with microprocessor control for precise performance. Its electronic lid lock enhances safety by preventing the lid from opening while the rotor is spinning. Our centrifuge is designed for testing hematocrit using capillary tubes and is widely used in clinics and laboratories.

Haematocrit Centrifuge LHC-A30_Front View

Haematocrit Centrifuge LHC-A30_Side View

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Max Speed	12000 rpm
Speed Accuracy	± 20 rpm
Max RCF	15800 × g
Max Capacity	24 pieces capillary tube
Run Time	0 to 99 min 59 sec
ACC/DEC Rates	10
Display	LED
Noise	Up to 55 dB (A)
Power Supply	AC 110/220 V 50/60 Hz
Dimension	355 × 270 × 205 mm
Net Weight	13 kg

Real-time monitoring
Stainless steel chamber
RCF and rpm convert function
Wide voltage range design

Our Haematocrit Centrifuge LHC-A30 is used to determine hematocrit values by separating plasma from blood cells in capillary tubes. It is ideal for clinical laboratories, blood banks, and diagnostic centers.

Capillary Tube Rotor

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Haematocrit Centrifuge LHC-A30 Catalog

Available Range :

Haematocrit Centrifuge LHC-A10 : 12000 r/min Haematocrit Centrifuge LHC-A30 : 12000 rpm

Haematocrit Centrifuge LHC-A30 | Max Speed 12000 rpm | Speed Accuracy ± 20 rpm

Haematocrit Centrifuge LHC-A30 | Real-time monitoring | Stainless steel chamber

Models of Haematocrit Centrifuge

Labtron Haematocrit Centrifuge offers density based separation of blood components with varying speed from 12000 rpm to 16000 rpm. Their motor generates necessary rotational velocity, creating centrifugal force to facilitates separation. They are equipped with rotor that holds multiple vacutainer for processing. Their samples are collected in heparinized or EDTA tubes with proper mixing to prevent clotting. Our Haematocrit Centrifuge is applicable for diagnosing anemia, transfusion medicine, and evaluating polycythemia.

Haematocrit Centrifuge LHC-A10

Max Speed : 12000 r/min
Max RCF : 15800 ×g
Max Capacity : 24 pcs capillaries
Timer Range : 0 to 99 min 59 s

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Haematocrit Centrifuge LHC-A11

Max. Speed : 16000 rpm
Max. RCF : 20600 x g
Max. Capacity : 6 × 100 ml
Timer Range : 0 - 99 min

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Haematocrit Centrifuge LHC-B10

Speed Range : 200 to 12000 rpm in 10 rpm increment
Max. RCF : 13680×g
Speed Accuracy : ±20 rpm
Run Time : 30sec to 99min/Continuous

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Haematocrit Centrifuge LHC-B11

Speed Range : 500 to 12000 rpm in 100 rpm increment
Max. RCF : 13680×g
Speed Accuracy : ±100 rpm
Run Time : 10sec to 99min/Continuous

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Haematocrit Centrifuge LHC-A20

Max. Speed : 4000 rpm
Max. RCF : 2200 × g
Power Supply : 220 V 50 Hz
Power : 200 W

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Haematocrit Centrifuge LHC-A30 FAQ's

Labtron’s Haematocrit Centrifuge LHC-A30 generates a maximum relative centrifugal force (RCF) of 15800 × g. RCF is a measure of the actual force applied to the samples during centrifugation and directly affects the separation efficiency. This high RCF ensures quick and precise stratification of blood components, making it suitable for time-sensitive diagnostic settings.
Our Haematocrit Centrifuge LHC-A30 is equipped with a rotor that holds up to 24 capillary tubes. This capacity is optimal for medium-throughput environments, allowing technicians to process multiple samples simultaneously, thus improving overall laboratory efficiency without compromising performance.
Yes, this Haematocrit Centrifuge LHC-A30 is designed with a wide voltage compatibility, operating efficiently on both AC 110V and 220V power supplies at 50/60 Hz. This feature makes it versatile and suitable for global use in various laboratory environments without requiring additional voltage converters.
Labtron’s Haematocrit Centrifuge LHC-A30 includes an electronic lid locking system that prevents the lid from opening while the rotor is in motion. This ensures operator safety by eliminating the risk of accidental exposure to high-speed rotating components. Additionally, it operates with minimal vibration and noise, further contributing to a safe and comfortable lab environment.