Advantages analysis of triple glass fermentation tank:

Core advantages:

Multiple parallel experiments with significantly improved efficiency

Technical principle: The triple design integrates three independent fermentation tanks, allowing for simultaneous comparative experiments under different conditions (such as temperature, pH, dissolved oxygen) or repeated validation of the same strain.

Application scenario: In the screening of microbial fermentation medium formulas, three combinations of carbon sources can be tested simultaneously, shortening the experimental cycle from 15 days for single tank batch operation to 5 days and increasing efficiency by 200%.

Data support: A Beijing based biological institute optimized the antibiotic fermentation process using a 5L triple tank, resulting in a 40% increase in strain screening efficiency and a 35% reduction in experimental costs.

Transparent visualization design, real-time monitoring of fermentation process

Technical principle: High borosilicate glass tank is used, with a light transmittance of 92%. With LED backlight lighting system, the color of fermentation liquid, foam state and bacterial precipitation can be clearly observed.

Application scenario: In yeast fermentation experiments, real-time monitoring of bacterial growth density is achieved through transparent tanks, and the stirring speed is adjusted in a timely manner to avoid bacterial autolysis, resulting in an 18% increase in product yield.

Data support: A company in Shanghai used 7L triple tank to produce lactic acid. Due to visual design, the misjudgment rate of bacterial contamination was reduced, and the product qualification rate increased from 82% to 95%.

Modular control system, precise parameter control

Technical principle: Integrated Siemens PLC controller and 32-bit touch screen, supporting temperature pH、 The PID intelligent linkage control of dissolved oxygen (DO) has an accuracy of ± 0.1 ℃, ± 0.02 pH, and ± 3% DO.

Application scenario: In recombinant protein fermentation, dissolved oxygen is regulated in a stepwise manner by linking DO with rotational speed, resulting in a 25% increase in protein expression level.

Data support: A research institute in Guangzhou used a 20L triple tank to optimize the fermentation process of enzyme preparations, reducing the parameter fluctuation range to 1/3 of a single tank and increasing the stability of product activity by 40%.

Flexible operating mode to adapt to diverse needs

Technical principle: Supports batch, flow, and continuous fermentation modes, equipped with 4 peristaltic pumps to achieve automatic replenishment of acid and alkali, defoamer, and culture medium, with a replenishment accuracy of ± 0.5mL.

Application scenario: In amino acid fermentation, the glucose concentration is controlled by flow addition mode to avoid substrate inhibition, and the product concentration is increased from 80g/L to 120g/L.

Data support: A certain enterprise in Chengdu uses a 10L triple tank to produce nucleotides, which shortens the production cycle by 20% and reduces energy consumption by 15% under the flow addition fermentation mode.