SENOVA BIOTECH (SHANGHAI) CO., LTD.
SENOVA BIOTECH (SHANGHAI) CO., LTD.
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SENOVA BIOTECH (SHANGHAI) CO., LTD. Factory Production Line

Production Line
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Freeze-Dried Fruit Production Line**

The production of premium freeze-dried fruit is a sophisticated and precise industrial process designed to preserve the natural taste, color, and nutritional value of fresh fruit. This method transforms perishable produce into a stable, lightweight, and nutritious product suitable for snacks, cereals, and ingredients. The entire manufacturing line follows a sequential and controlled series of steps to ensure maximum quality and safety.

The process begins with the initial preparation of raw materials. Incoming fresh fruits first undergo a thorough wash in sanitized water systems to remove dirt, residues, and surface impurities. Following cleaning, the fruit proceeds to the peel and cut stage, where it is mechanically or manually peeled, cored, and sliced into uniform pieces. This standardization is crucial for ensuring consistent drying rates and a homogeneous final product.

Once prepared, the fruit enters the critical freezing phase. The sliced pieces are spread evenly onto trays and transferred to a blast freezing chamber for pre-freeze. This step rapidly lowers the product's core temperature to well below freezing, solidifying the water content within the cellular structure. Proper pre-freezing is essential for the success of the subsequent sublimation process. The frozen trays are then systematically loaded food into the large-scale industrial freeze dryer.

The core of the production line is the freeze dry cycle. The freeze dryer chamber is sealed, and a deep vacuum is established. Controlled gentle heat is applied, causing the frozen water crystals within the fruit to sublimate—transitioning directly from solid ice to vapor without passing through a liquid phase. This low-temperature dehydration preserves the fruit's porous structure, flavor compounds, and heat-sensitive nutrients. After the cycle completes, the dried product is carefully unload from the chamber. The result is crisp, dry fruit with minimal moisture content.

The final stages focus on packaging and quality assurance. The freeze-dried fruit is conveyed to a weighing station where it is weigh and pack into precise predetermined portions using automated filling equipment. The filled pouches or containers then move to the package seal station, where they are hermetically sealed using heat sealers or other technologies. This sealing is performed in a controlled environment, often with nitrogen flushing, to remove oxygen and prevent moisture reabsorption, thereby ensuring a long shelf life and maintaining product crispness.

From receiving fresh produce to sealing the final package, this integrated production line emphasizes hygiene, precision, and process control. Freeze-drying offers a superior preservation method, delivering a convenient and wholesome product that meets the growing consumer demand for natural, nutritious, and minimally processed food options.

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Manufacturing Process of Food Industrial Freeze Dryers

At Senova, the production of our high-performance freeze-drying equipment follows a rigorous, multi-stage manufacturing process. Each phase is critical to ensuring the final product meets the exacting standards required for pharmaceutical, biotechnology, and food industry applications. Here is a detailed overview of our controlled production workflow, from raw materials to shipment.

The process begins with precision metal parts machining. High-grade stainless steel and other materials are cut, shaped, and fabricated using advanced CNC machinery to form the structural framework of the freeze dryer. Upon completion, these components undergo a stringent warehouse-in quality inspection to verify dimensions, material integrity, and surface finish before they are cleared for the next stage.

The approved parts then move to the main assembly line, where the chamber, condenser, and shelving systems are meticulously constructed. This is followed by electrical wiring, where control panels, sensors, and safety systems are integrated with utmost attention to safety and compliance. Concurrently, the crucial cooling system installation takes place, involving the precise fitting of compressors, condensers, and piping that are vital for the unit's thermodynamic efficiency. Key module installation, such as the vacuum pump system and sophisticated control modules, is then completed.

Prior to testing, a thorough interior cleaning of the chamber and all product-contact surfaces is performed to ensure hygienic standards. The unit then enters the critical machine completing debugging phase. Here, technicians run comprehensive performance cycles to calibrate temperature uniformity, vacuum levels, and control software, ensuring all systems operate in perfect harmony. Following successful debugging, a final quality inspection is conducted against strict performance protocols, documenting every parameter.

Once the unit passes all tests, it undergoes exterior cleaning and polishing for a professional finish. Labelling is then applied, including model identification, serial numbers, and necessary compliance marks. Finally, secure packing is carried out using custom-designed, protective materials to guarantee the equipment arrives at its destination in perfect condition, ready for installation.

This disciplined, transparent process underscores our commitment to delivering reliable, durable, and precise freeze-drying solutions. By controlling every step—from initial machining to final packing—Senova ensures that each unit provides consistent performance, supporting our clients' vital work in research, development, and production globally.

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OEM/ODM
OEM & ODM
Phases of Negotiation for Freeze Dryer (Lyophilizer) OEM/ODM Projects
  1. Phase 1: Initial Contact & Needs Assessment (1-4 Weeks)

    Goal: Establish mutual understanding and clearly define requirements.

  2. Phase 2: Technical Proposal & Commercial Negotiation (2-8 Weeks)

    Goal: Transform requirements into a defined solution and agree on commercial terms.

  3. Phase 3: Contract Signing & Project Kick-off (1-2 Weeks)

    Goal: Formalize the agreement and launch the project.

  4. Phase 4: Design, Manufacturing & Acceptance (OEM: 3-6 Months; ODM: 6-12+ Months)

    Goal: Execute the plan and verify the product meets agreed specifications.

  5. Phase 5: Mass Production, Delivery & After-Sales Support (Ongoing)

    Goal: Achieve stable production and ensure long-term product support.

Senova Biotech provides comprehensive OEM and ODM partnership solutions for businesses seeking reliable, customized freeze dryer manufacturing. With over a decade of engineering expertise and a modern production facility, we collaborate with global clients to develop equipment that meets specific brand, application, and market requirements.

Our OEM service is ideal for partners who have established their own design specifications. We precisely manufacture freeze dryers according to your provided technical drawings, performance parameters, and component lists. Every unit is built under our strict quality management system, ensuring the final product aligns perfectly with your vision while bearing your brand identity. This service leverages our efficient supply chain and skilled assembly process to deliver consistent quality.

For partners seeking innovation and development support, our ODM service offers a complete collaborative solution. We work closely with your team from concept to completion, providing expert input on design optimization, material selection, and system configuration for your target application, whether in pharmaceuticals, biotechnology, food, or industrial research. Our engineering team handles the entire development process, including prototyping, testing, and final validation, delivering a fully customized product ready for your market.

Both our OEM and ODM pathways are supported by full project management, rigorous quality inspection at every production stage, and comprehensive after-sales service. We understand the importance of supply chain reliability, intellectual property protection, and consistent performance in a partnership. Our flexible approach allows for customization in capacity, control systems, shelving, and compliance standards.

By choosing Senova as your manufacturing partner, you gain access to advanced freeze-drying technology, proven manufacturing rigor, and a commitment to your product's success. We ensure seamless integration, timely communication, and full confidentiality throughout our collaboration, helping you bring a superior, competitive product to your customers efficiently and reliably.

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Initial OEM/ODM Contact and Technical Proposal & Commercial Negotiation:

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OEM/ODM Project Reference in Singapore:

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OEM/ODM Project Reference in Japan:

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R&D

R&D integrates deep mechanical and thermal engineering with advanced controls, data science, and material science to create smarter, more reliable, and more efficient systems that address the evolving needs of the pharmaceutical, biotech, and food industries.

Importance of Technological Research and Development in Freeze Dryer Innovation

In the competitive landscape of industrial and laboratory equipment, continuous technological research and development (R&D) is not merely an advantage—it is a fundamental necessity. For freeze dryer manufacturers, investing in advanced R&D is crucial for driving progress, ensuring reliability, and meeting the ever-evolving demands of sectors such as pharmaceuticals, biotechnology, and food science. This commitment to innovation directly translates to superior product performance, enhanced user safety, and greater process efficiency for end-users worldwide.

At its core, R&D focuses on solving practical challenges and pushing the boundaries of what is possible. In freeze drying, this means developing more precise and energy-efficient cooling systems, creating intelligent control software for reproducible cycles, and utilizing advanced materials for improved durability and hygiene. Technological advancements lead to equipment that offers finer control over temperature and pressure parameters, shorter cycle times, and lower operational costs. These improvements are vital for clients who require consistent, scalable, and cost-effective production of sensitive materials, from life-saving vaccines to premium food ingredients.

Furthermore, dedicated R&D is essential for compliance and adaptation. Global standards and regulatory requirements, particularly in pharmaceutical manufacturing, are continuously updated. A proactive R&D department ensures that new freeze dryer models are designed to meet or exceed these stringent guidelines from the outset. It also allows manufacturers to adapt equipment for novel applications, such as specialized tissue preservation or the processing of advanced biomaterials, thereby enabling scientific breakthroughs.

Beyond product features, R&D investment strengthens long-term partnerships. It provides the foundation for comprehensive technical support, future upgrades, and customized solutions. When a manufacturer prioritizes R&D, it signals a commitment to the future success of its clients, offering them a partner that evolves alongside their growing and changing needs. Clients gain confidence knowing their operations are supported by cutting-edge, reliable technology that mitigates risk and enhances productivity.

Ultimately, the importance of freeze dryer technology R&D lies in its tangible impact on end results. It is the engine behind more stable formulations, longer shelf-life products, preserved bioactive compounds, and successful research outcomes. For any organization relying on lyophilization technology, partnering with a manufacturer that demonstrates a clear, sustained commitment to research and development is a strategic decision for ensuring quality, efficiency, and competitiveness in a rapidly advancing world.

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