Industrial Machinery & Equipment

LYO 生物制药冷冻干燥机采用标准化生产 制造工艺，降低制造成本，缩短生产 , 时间 循环，同时确保性能和可靠性

The LYO Biopharmaceutical Freeze Dryer is produced using standardized manufacturing processes, reducing manufacturing costs and shortening production cycles while ensuring performance and reliability. The design of the freeze dryer prioritizes safety, versatility, reliability, and long service life while also ensuring the safety of users and the environment. The design is based on mature technology and employs high-quality materials and components widely accepted in the biopharmaceutical industry. Additionally, it utilizes advanced manufacturing techniques, ensuring that the equipment fully complies with cGMP standards. Equipment features: 1. The cabinet material is AISI 304 or AISI 316L, and the interior of the cabinet is designed with rounded corners to facilitate access and minimize dead corners. 2. All internal welds of the cabinet are treated and smoothed with surrounding materials. During partition manufacturing, materials are uniformly heated to avoid stress between independent welds, ensuring the smoothness of the shelves. 3. Low-viscosity silicone oil is used as the heat transfer medium, ensuring good temperature uniformity at extremely low temperatures on the shelves. 4. Main unit components are sourced from imported brands to ensure equipment quality. 5. Production follows ISO9001 quality management system, and the manufacturing process ensures full compliance with cGMP standards. 6. The PLC computer system controls all functions of the freeze dryer. Based on the process parameters and programs stored in memory, the PLC can complete the operation of the entire production system. The system is stable and secure. 7. 4Q certification documents can be provided, along with comprehensive training and services.

The LYO Biopharmaceutical Freeze Dryer is produced using standardized manufacturing processes, reducing manufacturing costs and shortening production cycles while ensuring performance and reliability. The design of the freeze dryer prioritizes safety, versatility, reliability, and long service life while also ensuring the safety of users and the environment. The design is based on mature technology and employs high-quality materials and components widely accepted in the biopharmaceutical industry. Additionally, it utilizes advanced manufacturing techniques, ensuring that the equipment fully complies with cGMP standards. Equipment features: 1. The cabinet material is AISI 304 or AISI 316L, and the interior of the cabinet is designed with rounded corners to facilitate access and minimize dead corners. 2. All internal welds of the cabinet are treated and smoothed with surrounding materials. During partition manufacturing, materials are uniformly heated to avoid stress between independent welds, ensuring the smoothness of the shelves. 3. Low-viscosity silicone oil is used as the heat transfer medium, ensuring good temperature uniformity at extremely low temperatures on the shelves. 4. Main unit components are sourced from imported brands to ensure equipment quality. 5. Production follows ISO9001 quality management system, and the manufacturing process ensures full compliance with cGMP standards. 6. The PLC computer system controls all functions of the freeze dryer. Based on the process parameters and programs stored in memory, the PLC can complete the operation of the entire production system. The system is stable and secure. 7. 4Q certification documents can be provided, along with comprehensive training and services.

The LYO Biopharmaceutical Freeze Dryer is produced using standardized manufacturing processes, reducing manufacturing costs and shortening production cycles while ensuring performance and reliability. The design of the freeze dryer prioritizes safety, versatility, reliability, and long service life while also ensuring the safety of users and the environment. The design is based on mature technology and employs high-quality materials and components widely accepted in the biopharmaceutical industry. Additionally, it utilizes advanced manufacturing techniques, ensuring that the equipment fully complies with cGMP standards. Equipment features: 1. The cabinet material is AISI 304 or AISI 316L, and the interior of the cabinet is designed with rounded corners to facilitate access and minimize dead corners. 2. All internal welds of the cabinet are treated and smoothed with surrounding materials. During partition manufacturing, materials are uniformly heated to avoid stress between independent welds, ensuring the smoothness of the shelves. 3. Low-viscosity silicone oil is used as the heat transfer medium, ensuring good temperature uniformity at extremely low temperatures on the shelves. 4. Main unit components are sourced from imported brands to ensure equipment quality. 5. Production follows ISO9001 quality management system, and the manufacturing process ensures full compliance with cGMP standards. 6. The PLC computer system controls all functions of the freeze dryer. Based on the process parameters and programs stored in memory, the PLC can complete the operation of the entire production system. The system is stable and secure. 7. 4Q certification documents can be provided, along with comprehensive training and services.

The LYO Biopharmaceutical Freeze Dryer is produced using standardized manufacturing processes, reducing manufacturing costs and shortening production cycles while ensuring performance and reliability. The design of the freeze dryer prioritizes safety, versatility, reliability, and long service life while also ensuring the safety of users and the environment. The design is based on mature technology and employs high-quality materials and components widely accepted in the biopharmaceutical industry. Additionally, it utilizes advanced manufacturing techniques, ensuring that the equipment fully complies with cGMP standards. Equipment features: 1. The cabinet material is AISI 304 or AISI 316L, and the interior of the cabinet is designed with rounded corners to facilitate access and minimize dead corners. 2. All internal welds of the cabinet are treated and smoothed with surrounding materials. During partition manufacturing, materials are uniformly heated to avoid stress between independent welds, ensuring the smoothness of the shelves. 3. Low-viscosity silicone oil is used as the heat transfer medium, ensuring good temperature uniformity at extremely low temperatures on the shelves. 4. Main unit components are sourced from imported brands to ensure equipment quality. 5. Production follows ISO9001 quality management system, and the manufacturing process ensures full compliance with cGMP standards. 6. The PLC computer system controls all functions of the freeze dryer. Based on the process parameters and programs stored in memory, the PLC can complete the operation of the entire production system. The system is stable and secure. 7. 4Q certification documents can be provided, along with comprehensive training and services.

The LYO Biopharmaceutical Freeze Dryer is produced using standardized manufacturing processes, reducing manufacturing costs and shortening production cycles while ensuring performance and reliability. The design of the freeze dryer prioritizes safety, versatility, reliability, and long service life while also ensuring the safety of users and the environment. The design is based on mature technology and employs high-quality materials and components widely accepted in the biopharmaceutical industry. Additionally, it utilizes advanced manufacturing techniques, ensuring that the equipment fully complies with cGMP standards. Equipment features: 1. The cabinet material is AISI 304 or AISI 316L, and the interior of the cabinet is designed with rounded corners to facilitate access and minimize dead corners. 2. All internal welds of the cabinet are treated and smoothed with surrounding materials. During partition manufacturing, materials are uniformly heated to avoid stress between independent welds, ensuring the smoothness of the shelves. 3. Low-viscosity silicone oil is used as the heat transfer medium, ensuring good temperature uniformity at extremely low temperatures on the shelves. 4. Main unit components are sourced from imported brands to ensure equipment quality. 5. Production follows ISO9001 quality management system, and the manufacturing process ensures full compliance with cGMP standards. 6. The PLC computer system controls all functions of the freeze dryer. Based on the process parameters and programs stored in memory, the PLC can complete the operation of the entire production system. The system is stable and secure. 7. 4Q certification documents can be provided, along with comprehensive training and services.

The LYO Biopharmaceutical Freeze Dryer is produced using standardized manufacturing processes, reducing manufacturing costs and shortening production cycles while ensuring performance and reliability. The design of the freeze dryer prioritizes safety, versatility, reliability, and long service life while also ensuring the safety of users and the environment. The design is based on mature technology and employs high-quality materials and components widely accepted in the biopharmaceutical industry. Additionally, it utilizes advanced manufacturing techniques, ensuring that the equipment fully complies with cGMP standards. Equipment features: 1. The cabinet material is AISI 304 or AISI 316L, and the interior of the cabinet is designed with rounded corners to facilitate access and minimize dead corners. 2. All internal welds of the cabinet are treated and smoothed with surrounding materials. During partition manufacturing, materials are uniformly heated to avoid stress between independent welds, ensuring the smoothness of the shelves. 3. Low-viscosity silicone oil is used as the heat transfer medium, ensuring good temperature uniformity at extremely low temperatures on the shelves. 4. Main unit components are sourced from imported brands to ensure equipment quality. 5. Production follows ISO9001 quality management system, and the manufacturing process ensures full compliance with cGMP standards. 6. The PLC computer system controls all functions of the freeze dryer. Based on the process parameters and programs stored in memory, the PLC can complete the operation of the entire production system. The system is stable and secure. 7. 4Q certification documents can be provided, along with comprehensive training and services.

The LYO Biopharmaceutical Freeze Dryer is produced using standardized manufacturing processes, reducing manufacturing costs and shortening production cycles while ensuring performance and reliability. The design of the freeze dryer prioritizes safety, versatility, reliability, and long service life while also ensuring the safety of users and the environment. The design is based on mature technology and employs high-quality materials and components widely accepted in the biopharmaceutical industry. Additionally, it utilizes advanced manufacturing techniques, ensuring that the equipment fully complies with cGMP standards. Equipment features: 1. The cabinet material is AISI 304 or AISI 316L, and the interior of the cabinet is designed with rounded corners to facilitate access and minimize dead corners. 2. All internal welds of the cabinet are treated and smoothed with surrounding materials. During partition manufacturing, materials are uniformly heated to avoid stress between independent welds, ensuring the smoothness of the shelves. 3. Low-viscosity silicone oil is used as the heat transfer medium, ensuring good temperature uniformity at extremely low temperatures on the shelves. 4. Main unit components are sourced from imported brands to ensure equipment quality. 5. Production follows ISO9001 quality management system, and the manufacturing process ensures full compliance with cGMP standards. 6. The PLC computer system controls all functions of the freeze dryer. Based on the process parameters and programs stored in memory, the PLC can complete the operation of the entire production system. The system is stable and secure. 7. 4Q certification documents can be provided, along with comprehensive training and services.

The LYO Biopharmaceutical Freeze Dryer is produced using standardized manufacturing processes, reducing manufacturing costs and shortening production cycles while ensuring performance and reliability. The design of the freeze dryer prioritizes safety, versatility, reliability, and long service life while also ensuring the safety of users and the environment. The design is based on mature technology and employs high-quality materials and components widely accepted in the biopharmaceutical industry. Additionally, it utilizes advanced manufacturing techniques, ensuring that the equipment fully complies with cGMP standards. Equipment features: 1. The cabinet material is AISI 304 or AISI 316L, and the interior of the cabinet is designed with rounded corners to facilitate access and minimize dead corners. 2. All internal welds of the cabinet are treated and smoothed with surrounding materials. During partition manufacturing, materials are uniformly heated to avoid stress between independent welds, ensuring the smoothness of the shelves. 3. Low-viscosity silicone oil is used as the heat transfer medium, ensuring good temperature uniformity at extremely low temperatures on the shelves. 4. Main unit components are sourced from imported brands to ensure equipment quality. 5. Production follows ISO9001 quality management system, and the manufacturing process ensures full compliance with cGMP standards. 6. The PLC computer system controls all functions of the freeze dryer. Based on the process parameters and programs stored in memory, the PLC can complete the operation of the entire production system. The system is stable and secure. 7. 4Q certification documents can be provided, along with comprehensive training and services.

Box Compression tester is used for measuring the ability of packaged freights and containers, made of metal, wood, corrugated fibreboard, solid fiber cardboard, plastics, etc. or of combination of these, to resist external compressive forces corrugated or containers. The test can be used to assess the performance of a package in terms of its strength or of the protection it offers to its contents when it is subjected to compressive forces or stacking.  Discover the reliable and affordable box compression test solutions with our state-of-the-art box compression tester. Our box compression test machine, including the advanced box compression testing machine and box compression strength tester, follows precise box compression test methods. The instrument has three independent modes of operation: 1. Strength test: measure the ultimate compressive strength and deformation of the box; 2. Fixed value test: The overall performance of the box can be tested according to the set pressure and deformation. 3. Stacking test: Simulate the stacking status of the warehouse, and carry out the stacking test of different conditions. Application This paper test method covers compression tests on shipping containers (for example, boxes and drums) or components, or both. Shipping containers may be tested with or without contents. The procedure may be used for measuring the ability of the container to resist external compressive loads applied to its faces, to diagonally opposite edges, or to corners This test method covers testing of multiple containers or unit loads, in addition to individual shipping containers, components, materials, or combination thereof. Specifications of Box Compression Tester Item Parameters Test Range 0.25KN, 0.5KN, 1KN, 2KN, 5KN, etc Resolution 0.01N Deformation error  ≤±1mm Plate parallelism  ≤1mm Loadcell Error ±1% Test Speed 5~300mm/min Return Speed 100mm/min Compression Speed 10±3mm/min Stacking Speed 5±1mm/min Units N/Lbf /kgf Analysis  7-inch touchscreen with curve analysis and integrated thermal printing  Output RS232 (optional) Power  AC 220V 50Hz

Inclined Type Ball Tack Tester is equipped with the inclined plate of 20°, 30° or 40° inclined angle. The inclined plate is a smooth and flat one made of aluminum. A steel ball of various specifications is placed at the upper part of the inclined plane, followed in lower 100mm section is the approach table, where the ball can accelerate after released. The test sample is placed below the approached table in the next 100mm. The Rolling Ball Tack Tester is released and sticked at the test area. Test Principle of BTT-02 Inclined Type Ball Tack Tester The initial tack of the sample is tested through the adhesion of the adhesive tape to the steel ball when there is brief contact between the steel ball and the adhesive surface of the pressure-sensitive tape sample with a small pressure. It is suitable for testing the adhesion of adhesive tapes, labels, and other products to steel balls to test the initial tack of the sample. Gently release the steel balls from the starting point on the inclined plate. Record the biggest steel ball that can be stuck by sample. Repeat tests with the balls of adjacent numbers of that largest one to confirm if it’s that largest one to be stuck. The numerical value obtained from multiplying the nominal size of a ball is called the ball number. Record a result by the ball number. Further, record the angle of an inclined plate. BTT-02 Ball Tack Tester Specification Inclined Angle 0~60° Test Area Width 120mm Rolling Ball 1/32~1 inch Dimension 320x140x180mm LWH Weight 6kg

GFT-01 gelbo flex tester is also known as Flex Durability Tester, assesses how well materials such as films, composites, and coating films endure repetitive strain. It helps to create flex failure on samples so user can identify pinholes and permeation ability change in the sample structure. The importance of achieving strong flex crack resistance lies in reducing the risk of packaging developing holes during distribution. This is crucial for keeping the package intact throughout its journey, ensuring the contents inside remain protected. The tester plays a key role in evaluating the ability of materials to withstand repeated flexing, contributing to the overall durability and reliability of packaging in various industries. Advantages GFT-01 Gelbo Flex Tester is equipped with PLC control and a user-friendly HMI touch screen interface. It encompasses five standard test modes and incorporates four test stations, allowing users to easily transition between long and short stroke modes by the selectable test conditions A, B, C, D, and E. Additionally, the inclusion of a micro printer ensures convenient and efficient data output. Application:  GFT-01 Gelbo Flex Tester is normally used for high barrier materials in various industries due to their protective properties. Here's a list of such materials and their common usage in industries: 1. Metalized Films:    - Industries: Food Packaging, Pharmaceuticals    - Usage: Metalized films provide excellent barrier properties against moisture and oxygen, making them suitable for preserving the freshness of food items and pharmaceutical products. 2. Polyethylene Terephthalate (PET) Films:    - Industries: Electronics, Medical Devices    - Usage: PET films with high barrier coatings are used to protect electronic components from moisture and chemicals. In the medical industry, they are employed for sterile packaging.

The FZG series freeze dryer is produced using standardized manufacturing processes, catering to the processing and production needs of various foods, traditional Chinese herbs, and industrial raw materials. It utilizes high- quality materials and incorporates imported components widely accepted in the industry. Additionally, it employs advanced manufacturing techniques, ensuring that the equipment fully complies with GMP standards. Equipment features: 1. The freeze-drying chamber and partition strictly adhere to GMP requirements. The cylinder body is made of 304 stainless steel with a mirror-polished interior, surpassing the manufacturing processes and standards of conventional food freeze dryer manufacturers in China. 2. It features an integrated design of the freeze-drying chamber and cold trap, with a front chamber and rear trap layout. An observation window with illumination is provided to facilitate viewing inside the chamber. The design ensures easy cleaning and eliminates sanitary dead corners. 3. The partitions are custom-made based on customer needs, and the 304 stainless steel partitions are processed with surface-drawn square steel profiles, providing a smooth surface that is easy to clean and maintain good hygiene. 4. The water-catching coil in the cold trap is made of clean stainless steel. Customers can choose between integral and separate structures based on their requirements. 5. The refrigeration system components are equipped with high-standard imported brands, offering strong cooling capacity, fast cooling speed, and stable and reliable performance. 6. The vacuum system provides a variety of vacuum pump combinations to meet customer demands, using high-quality vacuum pumps from AiFa Technology. 7. It employs an imported Omron PLC control system for easy data storage and operation. The control system offers both automatic and manual modes, with the flexibility to switch between them. Multiple sets of process settings can be configured, and formula modifications are possible during the drying process, allowing for arbitrary steps. 8. It employs immersion or steam defrosting, providing fast and thorough defrosting and cleaning. 9. It includes a pre-freezing function, eliminating the need for an external pre-freezing storage, and mitigating material liquefaction and contamination risks. 10. It comes with process adjustment capabilities, featuring curve-controlled temperature and temperature and vacuum control adjustment functions to meet different material processing requirements. 11. The partition’s intermediate oil conducts heat without the need for steam, ensuring environmental friendliness and safety compliance.

The FZG series freeze dryer is produced using standardized manufacturing processes, catering to the processing and production needs of various foods, traditional Chinese herbs, and industrial raw materials. It utilizes high- quality materials and incorporates imported components widely accepted in the industry. Additionally, it employs advanced manufacturing techniques, ensuring that the equipment fully complies with GMP standards. Equipment features: 1. The freeze-drying chamber and partition strictly adhere to GMP requirements. The cylinder body is made of 304 stainless steel with a mirror-polished interior, surpassing the manufacturing processes and standards of conventional food freeze dryer manufacturers in China. 2. It features an integrated design of the freeze-drying chamber and cold trap, with a front chamber and rear trap layout. An observation window with illumination is provided to facilitate viewing inside the chamber. The design ensures easy cleaning and eliminates sanitary dead corners. 3. The partitions are custom-made based on customer needs, and the 304 stainless steel partitions are processed with surface-drawn square steel profiles, providing a smooth surface that is easy to clean and maintain good hygiene. 4. The water-catching coil in the cold trap is made of clean stainless steel. Customers can choose between integral and separate structures based on their requirements. 5. The refrigeration system components are equipped with high-standard imported brands, offering strong cooling capacity, fast cooling speed, and stable and reliable performance. 6. The vacuum system provides a variety of vacuum pump combinations to meet customer demands, using high-quality vacuum pumps from AiFa Technology. 7. It employs an imported Omron PLC control system for easy data storage and operation. The control system offers both automatic and manual modes, with the flexibility to switch between them. Multiple sets of process settings can be configured, and formula modifications are possible during the drying process, allowing for arbitrary steps. 8. It employs immersion or steam defrosting, providing fast and thorough defrosting and cleaning. 9. It includes a pre-freezing function, eliminating the need for an external pre-freezing storage, and mitigating material liquefaction and contamination risks. 10. It comes with process adjustment capabilities, featuring curve-controlled temperature and temperature and vacuum control adjustment functions to meet different material processing requirements. 11. The partition’s intermediate oil conducts heat without the need for steam, ensuring environmental friendliness and safety compliance.