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Performance features:
Fully automatic reagent distribution is completed in one step, reducing or avoiding errors caused by manual reagent distribution.
According to the requirements of sampling accuracy and volume, sampling systems with different accuracy can be matched to greatly improve the accuracy and repeatability of distribution.
Precision sampling system, combined with quantitative distribution methods and various distribution plans, optimizes work processes and improves work efficiency.
The sampling pipelines are independent of each other, effectively reducing sample cross-contamination.
The high-precision three-dimensional robotic arm has excellent dynamic performance and can achieve distribution to any row, column or hole.
The liquid inlet system uses corrosion-resistant materials such as stainless steel 316L, polytetrafluoroethylene, polyvinylidene fluoride, and zirconium oxide ceramics, and is suitable for various organic and inorganic reagents.
Samples can be taken directly from the original reagent bottle, or a variety of preparation containers can be matched according to experimental needs, saving the consumption of glassware and reagent bottles used for transfer during processing.
Using Android operating system, humanized interactive experience.
It has the functions of automatic detection, automatic diagnosis and automatic alarm when starting up.
Reagents and gradient dilution preparation can be set to achieve different preparation needs such as direct preparation and step-by-step preparation.
Technical indicators:
Preparation channel: 1-4 channels
Sampling volume: 10µl-9999ml
Sampling repeatability: 10-200µl:2%
100µl-2ml:1%
≥10ml: 0.1%
Sampling accuracy: 10µl-200µl: 2%
100µl-2ml: 2%
≥10ml:0.1%
Dispensing volume: 10µl-9999ml
Sampling speed: 0.5-300ml/min
Working power supply: 100-240VAC, 50/60Hz, 75W
Working temperature: 10-40℃
Suitable solvents: various organic reagents and inorganic reagents
Performance features:
Fully automatic reagent distribution is completed in one step, reducing or avoiding errors caused by manual reagent distribution.
According to the requirements of sampling accuracy and volume, sampling systems with different accuracy can be matched to greatly improve the accuracy and repeatability of distribution.
Precision sampling system, combined with quantitative distribution methods and various distribution plans, optimizes work processes and improves work efficiency.
The sampling pipelines are independent of each other, effectively reducing sample cross-contamination.
The high-precision three-dimensional robotic arm has excellent dynamic performance and can achieve distribution to any row, column or hole.
The liquid inlet system uses corrosion-resistant materials such as stainless steel 316L, polytetrafluoroethylene, polyvinylidene fluoride, and zirconium oxide ceramics, and is suitable for various organic and inorganic reagents.
Samples can be taken directly from the original reagent bottle, or a variety of preparation containers can be matched according to experimental needs, saving the consumption of glassware and reagent bottles used for transfer during processing.
Using Android operating system, humanized interactive experience.
It has the functions of automatic detection, automatic diagnosis and automatic alarm when starting up.
Reagents and gradient dilution preparation can be set to achieve different preparation needs such as direct preparation and step-by-step preparation.
Technical indicators:
Preparation channel: 1-4 channels
Sampling volume: 10µl-9999ml
Sampling repeatability: 10-200µl:2%
100µl-2ml:1%
≥10ml: 0.1%
Sampling accuracy: 10µl-200µl: 2%
100µl-2ml: 2%
≥10ml:0.1%
Dispensing volume: 10µl-9999ml
Sampling speed: 0.5-300ml/min
Working power supply: 100-240VAC, 50/60Hz, 75W
Working temperature: 10-40℃
Suitable solvents: various organic reagents and inorganic reagents