Stainless Steel Fermenter LSSF-T2011

Introduction

Stainless Steel Fermenter has a capacity of 100 body, ensuring long-lasting durability and corrosion resistance. The system integrates precise monitoring of pH, DO, temperature, and foam levels. A touch screen control system enables simple operation and accurate adjustments. This fermenter is ideal for small-scale microbial experiments, biopharmaceutical production, and multistage fermentation with seed and main tanks.

This fermenter is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Stainless Steel Fermenter is ideal for microbiology labs, universities, and biotech enterprises. It supports medium formula screening, pilot-scale fermentation optimization, strain validation, and multistage fermentation processes.

Specifications

Volume	100 L
Designed Pressure	0.3 MPa
Operating Pressure	≤0.15 MPa
Filling Coefficient	60% to 80%
Diameter-to-Height Ratio	1:2 to 1:2.5
Maximum Ventilation Capacity	1.5
Sterilizing Filter Precision	0.01 μm
Stirring Speed Range	50 to 600 rpm
Control Precision (Speed)	±0.5%
Stirring Resolution	1 rpm
Polishing Accuracy (Internal)	Ra 0.4
Polishing Accuracy (External)	Ra 0.6
Pressure Gauge Range	0 to 0.4 MPa
pH Display Range	0 to 14 pH
pH Control Range	2 to 12 pH
pH Differentiation Rate	0.01 pH
DO Display Range	0 to 100% / 0 to 150%
DO Display Accuracy	0.1% to 1%
Temperature Measurement Range	0 to 150 ℃
Temperature Control Range	Ambient ~ +45 ℃
Temperature Control Accuracy	±0.5 ℃
Temperature Differentiation Rate	0.1 ℃
Foam Control Precision	10 to 100000 Ω
Touch Screen Display	10 inch
System Type
Motor Power	1.1 kW

Features

In-Situ Sterilization Design

Deep Ventilation Air Filtration

Adjustable Speed Stirring Blades

High-Efficiency Defoaming System

Energy-Saving Temperature Control

FAQs

1. What makes the Stainless Steel Fermenter suitable for laboratory and pilot-scale operations?

The Stainless Steel Fermenter is designed to handle efficient fermentation processes, making it ideal for both small-scale experiments and larger pilot-scale studies. Its carefully engineered volume supports optimal mixing, oxygen transfer, and nutrient distribution throughout the culture. The system provides flexibility to accommodate various microbial or bioprocess requirements without compromising performance. Researchers and production teams benefit from its reliable operation and reproducible results across different fermentation setups. Overall, the Stainless Steel Fermenter offers a balanced environment that ensures consistent and effective fermentation outcomes.

2. What materials are used to manufacture the Stainless Steel Fermenter ?

The Stainless Steel Fermenter is constructed using high-quality SUS304 or SUS316L stainless steel, depending on the client’s specifications and process requirements. These materials provide excellent corrosion resistance, mechanical strength, and long-lasting durability under fermentation conditions. SUS316L, in particular, ensures higher resistance to aggressive media and sterilization processes, making it suitable for biopharmaceutical and microbial applications. The choice of material also guarantees compliance with sanitary and safety standards required in laboratory and industrial settings. Overall, the use of these stainless steels ensures that the Stainless Steel Fermenter maintains performance and reliability over extended operational periods.

3. How is the fermentation process controlled in the Stainless Steel Fermenter ?

The Stainless Steel Fermenter utilizes an advanced -based control system integrated with a 10-inch touch screen interface for precise monitoring. This system allows users to control and monitor key parameters such as pH, dissolved oxygen (DO), temperature, agitation speed, and aeration volume in real time. Data logging, remote monitoring, and automated feedback control are also supported to optimize the fermentation process and ensure reproducible results. The control system simplifies operations by providing intuitive menus, alerts, and process adjustments, reducing human error. Overall, this sophisticated control mechanism ensures that the Stainless Steel Fermenter delivers reliable and accurate fermentation management.

4. How is the fermentation process controlled in the Stainless Steel Fermenter ?

The Stainless Steel Fermenter utilizes an advanced -based control system integrated with a 10-inch touch screen interface for precise monitoring. This system allows users to control and monitor key parameters such as pH, dissolved oxygen (DO), temperature, agitation speed, and aeration volume in real time. Data logging, remote monitoring, and automated feedback control are also supported to optimize the fermentation process and ensure reproducible results. The control system simplifies operations by providing intuitive menus, alerts, and process adjustments, reducing human error. Overall, this sophisticated control mechanism ensures that the Stainless Steel Fermenter delivers reliable and accurate fermentation management.

5. What industries and applications benefit from the Stainless Steel Fermenter ?

The Stainless Steel Fermenter is widely used in microbiology research laboratories, universities, and biotechnology enterprises for diverse fermentation applications. It is particularly effective for medium formula screening, scaling up pilot fermentation parameters, validating production strains, and optimizing fermentation processes. Its design supports multistage fermentation, including seed tanks and main fermentation tanks, enabling smooth transitions between cultivation stages. The system is also suited for biopharmaceutical production and industrial fermentation projects that require precise control and reproducibility. Overall, the Stainless Steel Fermenter provides a versatile platform for scientific research, process development, and production-scale fermentation.