Hot Sale Perfume Bottle Neck Gripper Machine Massive 35% Savings [XdD5jqSJ]

Perfume Bottle Handling Simplified

The Hot Sale Perfume Bottle Neck Gripper Machine Massive 35% Savings [XdD5jqSJ] is a game-changer for the perfume bottling industry. This innovative device is designed to automate the handling of perfume bottles by the neck, ensuring a secure grip for further processing. Its compact and space-efficient design makes it an ideal addition to any bottling line, offering high adaptability and efficiency.

Key Features and Specifications

The Hot Sale Perfume Bottle Neck Gripper Machine Massive 35% Savings [XdD5jqSJ] is equipped with adjustable bottle neck grippers, compatible with neck diameters ranging from 0 to 20 mm, ensuring versatility for various bottle types. Its efficient air source utilization, with a low air consumption rate of 0.05 m³/min and adjustable air pressure between 0.4 - 0.6 Mpa, makes it energy-efficient and cost-effective. With a productivity rate of 20 - 30 bottles per minute, this machine significantly optimizes production line throughput. Additionally, its compact dimensions (300 x 250 x 700 mm) make it a perfect fit for production environments with limited space.

Benefits and Applications

The Hot Sale Perfume Bottle Neck Gripper Machine Massive 35% Savings [XdD5jqSJ] is a vital asset for high-volume operations, improving workflow efficiency and reducing the need for manual handling. Its durable construction ensures reliability and long-term use in demanding production environments. Key benefits include:

• Adjustable Bottle Neck Gripper: Suitable for various neck diameters.
• Efficient Air Source Utilization: Low air consumption and adjustable pressure for energy efficiency.

This machine is a perfect solution for automating the bottle handling process, ensuring consistent and precise handling for all subsequent production steps. Experience the benefits of automation with the Hot Sale Perfume Bottle Neck Gripper Machine Massive 35% Savings [XdD5jqSJ] and take your bottling operations to the next level.