¿Qué es la máquina empacadora de blister?
Máquina de embalaje blíster puede empacar medicamentos, miel y salsa de tomate, cigarrillo electrónico, etc.. a ampollas, máximo. El área de moldeo es 270*270mm, El máximo. la salida es 30,000 ampollas/h. Se puede conectar con la máquina prensadora de tabletas., Máquina llenadora de cápsulas y máquina estuchadora para formar una línea de producción automatizada con alta eficiencia de producción..
Tipo de máquina empacadora de blister
Según el grado de automatización se puede dividir en máquina envasadora de blister manual., Máquina envasadora de blister de placa plana, máquina blister de rodillos de alta velocidad , La función principal es cargar los materiales en el aluminio-pvc., Blísteres de alu-alu para el siguiente paso del envasado. La diferencia entre el embalaje de aluminio-pvc y el embalaje de aluminio-alu es: El material de aluminio y PVC es más barato., El embalaje de aluminio se puede proteger de la luz., Basado principalmente en sus necesidades para elegir el método de embalaje correcto..
Máquina empacadora de blister manual
Máquina envasadora de blister manual, necesitas completar manualmente una serie de acciones por ti mismo.
Preparativos preliminares: conectando electricidad, conexión de gas, aluminio pvc, lámina de aluminio
formando: Cuando la temperatura alcance la máquina, ajuste la temperatura de moldeo., presione el botón de moldeo, tirar del pvc de aluminio con la mano, moldeando un retroceso un poco
Alimentador: agregue las tabletas o cápsulas que desea envasar en el blister moldeado.
Sellado térmico: Apila el blister con las tabletas y el papel de aluminio encima y en la parte inferior., presione el botón de termosellado, La máquina sellará automáticamente el blíster con calor..
Corte: Coloque el blister de aluminio-pvc termosellado en la estación de corte., Presione el botón de punzonado y corte., y luego saldrá una ampolla de aluminio-plástico.
Máquina envasadora de blister de placa plana
Con el avance de los tiempos., Aumenta la demanda de medicamentos y productos sanitarios., La máquina blister manual debido a la baja producción ya no puede satisfacer la demanda del mercado, La máquina envasadora de blister de placa plana se ha convertido en la máquina preferida para el envasado.. El siguiente es su principio de funcionamiento.:
Preparación: preparar materias primas, usar película, conectar enfriador, conectar la electricidad, conectar gas, moldura, Temperatura de la estación de trabajo de sellado térmico calentamiento al valor establecido.
Alimentación: Los envases de aluminio y PVC generalmente eligen un alimentador de cepillo., rentable; El embalaje de aluminio elige alimentación con riel guía para evitar que se raye la lámina de aluminio.. Coloque las tabletas o cápsulas en el comedero., abrir el alimentador, Las tabletas se agregarán automáticamente al blister..
Todos los moldes se pueden personalizar., según el tamaño y la forma del material formando personalizado, termosellado, moldes para punzonar y cortar. Equipado con sistema de control PLC Siemens, producción automatizada, sin intervención manual, only add material when there is no material.
Liquid blister machine is mainly to put the liquid in the alu pvc blister, according to the viscosity of the material to choose a different way of filling, syringe pump, peristaltic pump, ceramic pump for your choice, the other stations are the same as the pill alu pvc blister packing machine.
Roller Blister Machine
Roller blister packing machine is a sophisticated piece of equipment designed for the efficient packaging of tablets, cápsulas, and other small medical products into blister packs. The working principle of this machine involves several key steps, each ensuring the precise and reliable packaging of pharmaceutical products. Here’s an in-depth look at how a roller blister packing machine operates:
Alimentación por material: The process begins with the feeding of packaging materials. Típicamente, two types of materials are used: a base film (usually PVC or aluminum foil) and a lidding material (como papel de aluminio). The base film is unwound from a reel and fed into the machine, where it will form the cavities for the products. The lidding material is also unwound from a separate reel and fed into the machine for later sealing.
Calentamiento y conformado: The base film passes through a heating station where it is heated to a precise temperature, making it pliable and ready for forming. The heated film then moves to the forming station, where it is pressed against a roller with cavity molds. Vacuum and/or pressure forming techniques are applied, causing the heated film to conform to the shape of the molds, creating pockets or blisters where the products will be placed.
Product Feeding: Una vez que se forman las ampollas, the machine moves the base film to the filling station. Aquí, the pharmaceutical products are fed into the individual cavities.
Caza de focas: After the products are placed in the blisters, the machine moves the filled film to the sealing station. The lidding material is positioned over the filled blisters, and both layers are passed between heated sealing rollers. The rollers apply heat and pressure, bonding the lidding material to the base film and effectively sealing the products inside the blisters. This creates a secure and tamper-evident package.
Cooling: The sealed blister packs are then passed through a cooling station. This step ensures that the sealed areas cool down and solidify, maintaining the integrity of the seals and preventing any deformation or leakage.
Perforating and Cutting: Una vez enfriado, the continuous strip of blister packs is moved to the perforating and cutting station. Aquí, the machine perforates and cuts the strip into individual blister packs or larger sheets, depending on the desired final product configuration. This step often includes perforation lines for easy tearing and individual blister separation.
Inspection and Ejection: The final stage involves inspecting the blister packs for quality control. Automated systems check for correct product placement, proper sealing, and overall pack integrity. Any defective packs are automatically ejected from the production line. The finished blister packs are then collected for further packaging or direct distribution.
Roller blister packing machine ensures high-speed, eficiente, and reliable packaging of pharmaceutical products. By automating the process from material feeding to final inspection, these machines significantly enhance productivity and maintain stringent quality standards, making them an essential component in modern pharmaceutical manufacturing.
Blister Packing Machine Advantages
Blister packing machines offer numerous advantages, making them a preferred choice in the pharmaceutical and packaging industries. These advantages encompass efficiency, cost-effectiveness , and automation and Integration, among other benefits.
Producción de alta velocidad: Blister packing machines are designed for high-speed operation, allowing for the rapid packaging of pharmaceutical products.
Precisión y consistencia: These machines provide precise control over the forming, relleno, y procesos de sellado, resulting in consistent and accurate packaging.
Versatilidad: These machines can handle a wide range of packaging materials and product types. They are versatile enough to package tablets, cápsulas, and other small items, accommodating various sizes and shapes.
Efficient Use of Materials: Blister packing machines optimize the use of packaging materials, reducing waste and lowering material costs.
Automation and Integration: Modern blister packing machines can be integrated with other equipment in the production line, como cartoning machines and inspection systems. This automation streamlines the packaging process, reducing manual labor and increasing overall efficiency.
Blister Packing Machine Application
Blister packing machines are vital in various industries due to their versatility and efficiency. Their primary application lies in the pharmaceutical sector, but they also play crucial roles in other fields.
Industria farmacéutica
Tabletas y Cápsulas: Ensuring precise dosages and protecting them from moisture and contamination.
Ampoules and Vials: Providing a secure and tamper-evident package.
Industria nutracéutica
Nutraceutical products such as dietary supplements and vitamins are also commonly packaged using roller blister packing machines. The machines provide a reliable and visually appealing packaging solution that enhances product presentation and consumer trust.
Dispositivos médicos
Small medical devices and components, such as syringes, agujas, and diagnostic strips, are packaged using these machines. The packaging ensures sterility and ease of handling while providing a protective barrier against environmental factors.
Cosméticos y cuidado personal
Roller blister packing machines are used in the cosmetics industry to package items like skincare products, small cosmetic containers, and single-use applications. The packaging helps maintain product freshness and provides convenient, single-dose formats.
Food and Confectionery
En la industria alimentaria, Las máquinas empacadoras de blister de rodillos se utilizan para envasar pequeños artículos de confitería., goma de mascar, y otros productos comestibles. El embalaje garantiza la seguridad del producto y prolonga la vida útil al tiempo que ofrece atractivas opciones de presentación..
Las declaraciones anteriores reflejan mi comprensión limitada de la máquina empacadora de blister.. Si tiene diferentes perspectivas o ideas, bienvenido a contactar ingeniero de embalaje ruida.
