PA - Futura Pack ROBO.LINE MP/KW

• Packing coffee capsules into retail cartons.
• Automated cartoning of small, uniform products.
• High-speed packaging lines requiring robotic pick-and-place.
• Integration into existing capsule filling and packing operations.

Typical capacity

For this class of robotic cartoning line, throughput can typically range from 60 to 120 cartons per minute, depending on capsule count per carton and robot configuration.

Power supply

Units of this type commonly require a 3-phase electrical supply, typically 400V, 50Hz, with a power consumption that varies based on operational speed and motor load.

Air supply

Pneumatic systems are commonly used for carton forming and robotic grippers, requiring a clean, dry compressed air supply, typically at 6-8 bar.

Footprint

Robotic cartoning lines generally require a significant operational footprint, often several metres in length and width, plus space for maintenance access.

Product compatibility

This type of equipment is typically designed for uniform, small products like coffee capsules, often requiring specific tooling for different capsule types or carton formats.

Automation level

Units like the ROBO.LINE MP/KW feature high levels of automation, including robotic pick-and-place, carton forming, and sealing.

• What kind of capsules can this machine handle?

  This type of robotic cartoning line is typically configured for specific capsule formats. The listing indicates it has been used for Nespresso-compatible capsules, both aluminium and plastic.

• Is this machine suitable for other products besides capsules?

• What are the typical maintenance requirements for a robotic cartoning line?

• Can this line be integrated into an existing production facility?

• What kind of cartons can this machine process?

Cartoning equipment holds strong reputation for reliability in pharmaceutical and food processing sectors. Buyers typically value machines offering consistent case erection, product loading and sealing with minimal downtime. When purchasing used units, inspectors should assess wear on servo motors, gripper mechanisms and seal tooling, as these components incur significant usage. Industry sentiment favours models demonstrating straightforward maintenance access and parts availability. Durable construction and precise automation remain key strengths. Operational history and maintenance records prove essential evaluation criteria for secondhand purchases.

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