Embarking on the realm of thermoforming machines - particularly Form, Fill, and Seal (FFS) lines - can be a complex journey due to their intricate mechanisms and the wide array of manufacturers in the industry. These machines are specifically engineered to optimize and streamline packaging operations, playing a pivotal role across numerous industries such as food and beverage and pharmaceuticals. This article offers a comprehensive exploration of FFS machines, highlights prominent manufacturers, outlines essential factors to consider when purchasing, and underscores the advantages of sourcing through Kitmondo, a trusted platform committed to assisting buyers throughout the purchasing process.
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Year: 2001
Moulding length | 220 mm |
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Forming depth | 80 mm |
Moulding width | 230 mm |
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Total power requirement | 8 kW |
Year: 2005
Moulding length | 508 mm |
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Forming depth | 125 mm |
Moulding width | 560 mm |
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Engine Power | 30 kW |
Year: 2007
Moulding length | 560 mm |
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Forming depth | 60 mm |
Moulding width | 790 mm |
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Engine Power | 35 kW |
Year: 2012
Moulding width | 422 mm |
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Forming depth | 250 mm |
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Year: 2010
ULMA TFS 700, 2010, roll packing thermoforming machine Roll packaging machine ULMA TFS 700 year of production 2010 three molds: - one divided into 8 - one mold I have one-piece (42x28 cm) with the possibility of dividing in half.Year: 2008
Moulding length | 225 mm |
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Forming depth | 150 mm |
Moulding width | 300 mm |
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Engine Power | 10 kW |
Year: 1991
Moulding length | 220 mm |
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Forming depth | 35 mm |
Moulding width | 162 mm |
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Total power requirement | 9 kW |
Year: 2007
Moulding length | 2820 mm |
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Forming depth | 1100 mm |
Moulding width | 2320 mm |
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Total power requirement | 12 kW |
Year: 1995
Moulding length | 220 mm |
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Forming depth | 145 mm |
Moulding width | 182 mm |
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Engine Power | 16 kW |
Year: 2015
Moulding length | 420 mm |
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Moulding width | 200 mm |
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Year: 2008
Moulding length | 0 mm |
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Forming depth | 42 mm |
Moulding width | 254 mm |
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Year: 2008
Moulding length | 410 mm |
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Moulding width | 412 mm |
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Year: 2021
Moulding width | 470 mm |
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Total power requirement | 6 kW |
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Year: 2017
Moulding length | 480 mm |
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Forming depth | 125 mm |
Moulding width | 195 mm |
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Engine Power | 9 kW |
Year: 2008
Moulding length | 572 mm |
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Forming depth | 210 mm |
Moulding width | 362 mm |
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Year:
Moulding length | 230 mm |
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Forming depth | 40 mm |
Moulding width | 320 mm |
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Year: 2016
Moulding length | 229 mm |
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Forming depth | 80 mm |
Moulding width | 30 mm |
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Year: 2008
ULMA thermoforming machine model SUPRA from 2008 Width 422mm Double feed 250mm and 150mm Dimensions: (L) 6.3m x (W) 1.4m x (H) 2m 1 tool on the 155 pitch in round shape (bowl) Edge winders Motorised exit conveyor Integrated label dispenser Price to be discussedYear: 2004
Moulding length | 195 mm |
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Engine Power | 13 kW |
Moulding width | 250 mm |
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Thermoforming machines, particularly Form, Fill, and Seal (FFS) lines, comprise essential components that facilitate the packaging process:
Thermoforming Station: This station initiates the process by heating a plastic sheet, commonly polyethylene, polypropylene, or PVC, until it becomes pliable. The softened sheet is then molded into the desired shape using vacuum or pressurized air.
Filling Station: Once formed, the packaging moves to the filling station where it is automatically filled with the product. This station is adaptable for various product types, including liquids, solids, or powders, ensuring precise and efficient packaging.
Sealing Station: Finally, the filled packaging advances to the sealing station where a top film is applied and securely sealed. This step ensures the package's integrity, protects the contents, and prepares it for distribution and consumer use.
Several leading manufacturers excel in producing thermoforming machines renowned for their reliability, innovation, and adaptability across industries:
Multivac: Globally recognized for its extensive range of thermoforming solutions catering to diverse packaging needs with cutting-edge technology.
ULMA Packaging: Based in Spain, ULMA offers versatile and durable thermoforming machines known for their high-quality performance.
Illig: A German manufacturer known for precision and efficiency in thermoforming technology, offering a wide array of capabilities.
GEA: A Dutch multinational renowned for advanced thermoforming solutions characterized by high-speed performance and energy efficiency.
Ishida: A Japanese manufacturer known for user-friendly interfaces and optimal output capacities in thermoforming equipment.
When acquiring a thermoforming machine, consider these critical factors to ensure compatibility and operational efficiency:
Machine Condition: Verify the machine's operational status and maintenance history to assess its reliability and longevity.
Product Compatibility: Evaluate the machine's filling system to ensure it suits the type, size, and consistency of your products for seamless packaging operations.
Output Capacity: Determine the machine's production capacity to align with your specific manufacturing requirements and throughput goals.
Technical Requirements: Check for any special electrical or environmental requirements necessary for the machine's operation in your facility.
Kitmondo simplifies the purchasing process by providing a secure platform that facilitates transactions and supports buyers throughout:
Expert Guidance: Kitmondo offers expert advice to help buyers make informed decisions, ensuring they choose the right equipment for their needs.
Transparent Transactions: Facilitates transparent communication between buyers and sellers, enhancing trust and clarity throughout the buying process.
Thermoforming machines, including FFS lines, typically range in price from 14,000€ to 65,000€. Consideration should be given not only to the initial purchase cost but also to ongoing maintenance and operational expenses to optimize your investment.
Buyers are responsible for arranging transportation of the purchased machine. Kitmondo and the seller can assist with logistics coordination, ensuring the machine is securely transported. Conducting a thorough inspection before transport is crucial to ensure the machine's components are protected and ready for relocation, minimizing potential risks and ensuring continued operational reliability.