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Auxiliary Machine

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single effect falling film evaporator
Single Effect Falling Film Evaporator
This equipment adopts falling film evaporation. It is mainly composed of evaporator, separator, condenser and other parts. It is widely used in concentration and dehydration in food, biology, pharmaceutical, organic solvent, chemical and other industries. The control mode is manual control and automatic control.
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falling film double effect evaporator
Double Effect Falling Film Evaporator
This equipment adopts falling film evaporation. It is mainly composed of evaporator, separator, condenser and other parts. It is widely used in concentration and dehydration in food, biology, pharmaceutical, organic solvent, chemical and other industries. The control mode is manual control and automatic control.
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falling film evaporator
Falling Film Evaporator
A falling film evaporator is an advanced thermal separation system widely used in food, pharmaceutical, dairy, and chemical industries. It works by evenly distributing liquid as a thin film along heated surfaces, allowing rapid evaporation at lower temperatures. This gentle process preserves product quality while ensuring high efficiency and energy savings, making it one of the most reliable solutions for large-scale concentration needs.
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continuous evaporation crystallizer
DTB Continuous Evaporation Crystallizer
Slurry circulation continuous crystallizer. During operation, the feed liquid is added from the lower part of the circulation tube. After mixing with the slurry leaving the bottom of the crystallization chamber, it is pumped to the heating chamber. The slurry heats up in the heating chamber (usually 2-6°C), but no evaporation occurs. After entering the crystallization chamber, the hot slurry boils, causing the solution to reach a supersaturated state. Some solute then deposits on the surface of the suspended particles, causing the particles to grow. The slurry, as the product, is discharged from the upper part of the circulation tube. Forced circulation evaporation crystallizers have high production capacity, but the product particle size distribution is relatively wide.
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multi effect continuous evaporation crystallizer
Multi Effect Continuous Evaporation Crystallizer
An evaporative crystallizer is a type of evaporator that heats a solution under reduced pressure, causing precipitation when supersaturation is reached. It typically includes a suspension chamber, heating chamber, separation chamber, and circulating pump. Crystals grow in the suspension and separation zones while being fluidized in the circulating mother liquor, ensuring stable conditions and uniform, high-quality crystal formation.
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mechanical vapor recompression system
Mechanical Vapor Recompression
MVR is the abbreviated form of mechanical vapor recompression. This is a technology that recovers the energy of the secondary vapor it generates and therefore reduces the demand for external energy. As early as the 1960s, Germany and France successfully applied this technology to chemical, pharmaceutical, paper-making, wastewater treatment, and desalination fields.
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mvr-oslo continuous crystallizer
MVR-OSLO Continuous Crystallizer
The MVR-OSLO continuous crystallizer integrates an MVR system with the OSLO crystallizer, first proposed by Norwegian Jeremiassen in the 1930s. In operation, liquid is evaporated, crystals grow in the fluidized bed, and qualified crystals are discharged once reaching the desired size. The MVR system raises the temperature and pressure of the secondary vapor for reuse, fully utilizing latent heat and achieving significant energy savings.
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mvr-dtb continuous crystallizer
MVR-DTB Continuous Crystallizer
The MVR-DTB continuous crystallizer combines an MVR system with the DTB crystallization system. It efficiently produces large, high-quality crystals (600–1200 μm), resists encrustation, and handles vacuum cooling, evaporation, and reaction crystallizations. The draft tube and baffle design create continuous circulation, optimizing crystallization, clearing mother liquor, and eliminating fine grains. Coupled with MVR, it achieves better granularity and higher energy efficiency.
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mvr falling film evaporator
MVR Falling Film Evaporator
The MVR falling film evaporator is a high-efficiency evaporation system widely used in the chemical, pharmaceutical, and food industries. It works by flowing liquid as a thin film over heated tubes while secondary vapor is compressed and recycled as a heating source. This method ensures rapid concentration, energy savings, and stable product quality, making it ideal for heat-sensitive materials.
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Reliable Auxiliary Machines for Efficient Production

 

⚙ About Mic Machinery

 

Mic Machinery is a leading manufacturer specializing in advanced filling and packaging machinery for both the food and pharmaceutical industries. With decades of engineering expertise and a strong commitment to innovation, our company has built a solid reputation for delivering high-performance, customized solutions to global clients. From automated bottling systems to cutting-edge labeling equipment, Mic Machinery is at the forefront of production technology—ensuring safety, precision, and efficiency across every project we undertake. As part of our continuous growth and product diversification, our Auxiliary Machine category plays a vital role in supporting primary manufacturing systems with added functionality, improved workflow, and greater productivity.

 

We work closely with clients to understand their operational needs and compliance challenges. Our engineering team designs every auxiliary solution to align with specific production goals—whether improving hygiene, reducing downtime, or increasing packaging efficiency. With strong technical capabilities and dependable service, Mic Machinery continues to grow as a trusted partner in the manufacturing world.

 

filling and packaging machinery

 

⚙ What Is an Auxiliary Machine?

 

Auxiliary machines are supportive production devices that enhance, complement, or streamline core manufacturing processes. While not always part of the main production line, these machines are essential for optimizing performance, maintaining hygiene, ensuring compliance, and extending the lifespan of the primary equipment.

 

In both food processing and pharmaceutical manufacturing, auxiliary equipment helps maintain operational consistency, safety, and cost-effectiveness. For example, sterilization systems ensure microbial safety, while detection units safeguard against defects. These machines handle tasks that, while often behind the scenes, are indispensable for ensuring that products meet regulatory and consumer standards.

 

At Mic Machinery, we recognize that seamless integration is key. That’s why our auxiliary machines are built for compatibility, efficiency, and reliability—allowing manufacturers to elevate their production line without sacrificing simplicity or control.

 

⚙ Main Auxiliary Products

 

At present, Mic Machinery’s Auxiliary Machine lineup includes several core product types: beverage processing systems, sterilization units, liquid nitrogen dosing systems, and detection equipment. These machines are commonly used to prepare raw materials, eliminate harmful microorganisms, enhance packaging integrity, and ensure product safety through precise quality control.

 

Each device is designed with compatibility in mind—seamlessly fitting into broader production workflows. Our sterilizers work with both hot-fill and cold-fill systems. Liquid nitrogen dosing machines are optimized for high-speed lines, helping prevent container deformation. Detection systems are equipped with sensors and imaging technology to catch even the smallest errors in filling, sealing, or labeling.

   beverage processing systems

 

As customer needs evolve and industry standards rise, we continue to develop and expand our auxiliary range to cover additional functions. New types of auxiliary machines will be introduced regularly, ensuring Mic Machinery remains a trusted partner for complete production solutions.

⚙ Why Auxiliary Equipment Matters

 

Auxiliary machines contribute significantly to operational efficiency and product reliability across multiple stages of production.

 

In beverage filling lines, a reliable processing unit ensures that liquids are properly blended, deaerated, and temperature-controlled before they reach the filling heads. This not only improves product consistency but also reduces waste.

 

In pharmaceutical and food packaging, sterilization systems eliminate harmful microorganisms, ensuring the final product is safe for consumers and compliant with health regulations.

 

Detection equipment plays a crucial role in quality assurance by identifying underfilled containers, cap misalignments, or foreign particles—preventing costly recalls and reinforcing brand trust.

 

Liquid nitrogen dosing systems enhance packaging quality by reducing oxygen exposure, which extends shelf life and stabilizes containers during high-speed filling.

 

These examples demonstrate that auxiliary machines are far more than accessories. They are integral parts of a high-performing production environment, working silently in the background to maintain speed, safety, and excellence.

 

⚙ Watch the Machines in Action

 

⚙ Commitment to Innovation and Service

 

smart factory  

At Mic Machinery, we don't just sell machines—we engineer productivity. Every auxiliary machine is backed by expert consultation, tailored configurations, and responsive after-sales support. Our design philosophy is rooted in modularity, energy efficiency, and hygiene compliance—especially for industries with strict regulatory requirements like food and pharma.

 

We also prioritize digital readiness. Many of our auxiliary systems are built with future-proof interfaces, enabling integration with smart factory platforms and IoT monitoring. From remote diagnostics to real-time process optimization, Mic Machinery equips your production line for both today’s demands and tomorrow’s innovations.

 

Whether you're setting up a new plant or upgrading an existing line, our auxiliary solutions are designed to grow with you—adapting to future demands and helping you scale with confidence.