Gabbiettatrice Robino&Galandrino Record 20

Used Robino & Galandrino RECORD 20 Wirehooders of 1994, specifically the model RECORD 20, is a robust unit designed to apply wirehoods to bottles. This particular machine, identified by Code HJ 35, operates at a speed of 24.000 bottles per hour (bph), making it suitable for high-volume production lines. It is configured with 20 heads, which contributes to its high throughput capacity. An interesting feature of this used Robino & Galandrino wirehooder is its long autonomy storage, which is a practical consideration for continuous operation. The machine is designed to work with a 4-wire cage, a common standard in the industry for securing closures. Safety was addressed on this unit, as it includes safety protections. Furthermore, this 1994 vintage unit has undergone significant refurbishment, with the system and electrical panel completely redone in 2012 by the original manufacturer, Robino & Galandrino, indicating a commitment to its continued operational reliability. The machine operates with a clockwise direction, an important detail for line integration. This second-hand wirehooders for sale is located in Europe and is offered in 'As Is' condition. For operations requiring efficient wirehood application, this used Robino & Galandrino wirehooder, a Robino & Galandrino RECORD 20 24000 BPH, presents a high-capacity option.

When inspecting this specific 1994 Robino & Galandrino RECORD 20, rather than just basic functionality, I'd hone in on several critical areas. First, the '20 heads' feature means I'd physically inspect each head for wear on the gripping jaws and wire-forming mechanisms – these are the high-stress components. Look for excessive play or scoring that indicates neglected maintenance, even with the 2012 electrical update. The 'long autonomy storage' should be checked for its mechanical condition; is the feeder bowl or magazine system properly aligned, free of dents, and are the sensors (if any) responsive? For the 'Cage 4 wire' capability, I'd want to see samples of the specific wirehoods it was running to ensure the tooling is appropriate and not excessively worn for your needs. The 'safety protections' are listed as present, but a deep dive into the 2012 electrical panel rework is crucial. Does it comply with modern safety standards (e.g., Cat 3 or 4) or was it merely a functional restoration? Look for interlocks, emergency stops, and guarding integrity. Verify that the original manufacturer, R&G, indeed performed the 2012 overhaul; check for documentation or labels from them. A 'redone' electrical panel is a value-add if expertly done, but a shoddy job could be a hidden liability. Ask for any spare parts, especially those related to the heads and wire-forming section, as these are proprietary and critical for machine longevity. Watch for rust in the long autonomy storage area, as it's often a sign of poor environmental control, despite the electrical upgrade.

Integrating this Robino & Galandrino RECORD 20, operating at 24.000 BPH with a clockwise rotation, demands careful planning for upstream and downstream equipment. Given its high speed, bottle feeding into the wirehooder will require an equally capable infeed system, likely an inline unscrambler or bottle handling system that can maintain a steady flow to prevent bottlenecks. Before wirehooding, a capsule dispenser and pleating/crimping machine would typically precede this unit, ensuring the capsules are correctly positioned for the wirehooder. After wirehooding, a robust conveying system is essential, capable of handling 24.000 BPH. Due to the clockwise rotation, a straight-through or right-angle transfer conveyor will be needed at the outfeed, depending on the subsequent machine's infeed direction. Adequate accumulation is paramount for a machine running at this speed; consider at least 5-10 minutes of accumulation both upstream and downstream using serpentine or mass accumulation tables to buffer against minor stoppages in other machines. For format changeovers, the buyer should ideally request any existing starwheels, infeed screws, and wirehood feed parts that were used with specific bottle and wirehood sizes. Even with the electrical panel redone, having spare components for these mechanical change parts will minimize downtime. Throughput balancing means ensuring all upstream and downstream equipment can truly handle 24.000 BPH to maximize the efficiency of this robust wirehooder, rather than letting it run idle due to slower adjacent machinery.