Arol tappatore

Used Arol M-KAMMA PKV Cappers of 2013 is a high-speed rotary capper, specifically designed for PET containers, offering a robust solution for beverage and liquid packaging lines seeking second-hand cappers for sale. This particular Arol M-KAMMA PKV operates at an impressive 45,000 BPH, making it a powerful component for demanding production environments. Its configuration includes 24 capping heads, arranged for rotative clockwise operation, which is critical for seamless integration into existing line layouts. The machine is adept at handling PET caps, specifically the PCO 1881 type, ensuring precision and compatibility with common bottle finishes. Cap distribution is managed via a reliable pick & place system, which accurately positions each cap for application. Importantly, this 2013 Arol M-KAMMA PKV unit comes equipped with safety protections, a crucial feature for operational security and compliance in any busy plant as one of the prominent used Arol cappers on the market. These safety mechanisms are built-in, providing personnel protection during operation. The machine is currently located in Europe and is offered in 'As Is' condition, providing a cost-effective opportunity for those looking to acquire a high-capacity Arol M-KAMMA PKV 45000 BPH capper without the lead time or expense of new equipment. This used Arol capper represents a significant asset for operations requiring efficient and reliable cap application for PET containers.

When inspecting this Arol M-KAMMA PKV capper from 2013, with its 24 heads and pick & place distribution, a focus on wear points is paramount due to its 11 years of operation. Specifically, carefully examine the condition of the cam followers and tracks within the capping turret; excessive wear here can lead to inconsistent torque application and cap damage. The pick & place mechanism's gripper pads and cylinders warrant close scrutiny for signs of fatigue or misalignment, as this directly affects cap placement accuracy for PCO 1881 PET caps. Check all 24 capping spindles for play and inspect the torque heads for calibration stamps or evidence of recent maintenance; inconsistent torque is a major red flag for product integrity. For a machine of this age running at 45,000 BPH, asking for a detailed service history is critical, including records of bearing replacements, gear box oil changes, and any motor overhauls. The stated 'Safety Protections' should be physically verified; ensure all interlocks, e-stops, and barrier guarding are present, functional, and compliant with current safety standards. A 2013 vintage unit should still have robust electrical components, but wiring integrity and control panel condition should be checked for corrosion or overheating signs. Request a list of available spare parts that come with the machine, paying particular attention to wear-and-tear items like springs, seals, and any specialized PCO 1881 cap handling components for the pick & place system. While ‘As Is’ implies no guarantees, verifying the functionality of the rotative clockwise operation and the integrity of the PET cap handling capabilities through a dry run, if possible, is non-negotiable before signing off.

Integrating this Arol M-KAMMA PKV capper, with its 45,000 BPH capacity and clockwise rotation, requires careful consideration of upstream and downstream equipment to maintain optimal line balance. Upstream, a high-speed filler capable of matching or exceeding this output is essential; underfilling the capper will compromise line efficiency. A buffer accumulation table or conveyor system immediately prior to the capper is advisable to handle micro-stops from the filler or to absorb minor fluctuations, ensuring the capper always has product. For its clockwise direction, the infeed conveyor should approach from the right-hand side when looking at the capper's infeed. Post-capping, a similarly high-speed labeling machine and potentially a shrink wrapper or case packer will be needed to keep pace. Conveyor layouts need to be designed with smooth transfers and minimal changes in direction to prevent container instability at such speeds, especially with PET. For this particular machine handling PCO 1881 PET caps, any format changeover parts beyond the stated cap type would need to be newly fabricated for different bottle neck finishes or cap sizes. When purchasing, a plant manager should request any existing change parts for a target container to minimize new part procurement. Throughput balancing means ensuring all machines are synchronized, often through a robust line control system, to prevent bottlenecks and maximize the consistent 45,000 BPH output from this Arol M-KAMMA PKV unit.