Tgl-16 (12 holes * 1.5ml) timing stepless speed regulation factory direct

Tgl-16 desktop high speed centrifuge

High speed centrifuge is a conventional laboratory instrument, widely used in biology, chemistry, medicine and other scientific research, education and production departments. It is suitable for radioimmunoassay identification and separation of cells and large particles. There are timing and timing, low speed and high speed, micro and large capacity, speed digital display and non digital display specifications for customers to choose.

Description of tgl-16 high speed centrifuge

1、 High speed centrifuge product introduction:

  High speed centrifuge is one of the new products of our company. It has the characteristics of stable speed, low noise, fast speed-up and large capacity (1.5mlx12 holes). The desktop high-speed centrifuge is a conventional laboratory centrifuge, which is widely used in biology, chemistry, medicine and other scientific research, education and production departments. Its maximum speed is 16000 rpm. It is suitable for radioimmunoassay, cell separation and large particle separation.

2、 Main functions and technical parameters of high speed centrifuge:

  The high-speed electric centrifuge produces centrifugal force by rotating at a certain speed, so that the liquid test object in the centrifugal tube produces separation precipitation according to the size of its particles and mass under the action of centrifugal force, so as to achieve the test purpose.

Product Name: desktop high speed centrifuge

Instrument model: tgl-16
Maximum speed: 16000 rpm
Noise of the whole machine: ≤ 70dB
Timing range: 0-60 minutes
Working capacity: 1.5ml * 12
Power: 90W
Maximum centrifugal field: 15980xg
Working power supply: 220 V, 50 Hz
Available rotor: 24x1.5ml [additional cost]

Safety notice:

1. No load operation without rotor is strictly prohibited.
2. Check the rotor for corrosion damage before operation.
3. Do not touch the running rotor while the rotor is running.
4. It is strictly forbidden to operate the rotor under unbalanced loading.

No video highlights...