Product Overview This full-automatic servo bottle capping machine is an inline high-speed capping equipment for automated packaging lines. Made of food-grade SUS304 stainless steel, it integrates auto cap sorting, feeding, positioning and servo torque capping all-in-one. Output ranges from 600-1800 BPM, can connect with filling, labeling machines to form complete packaging lines, widely used in food, cosmetics, daily chemicals, medicine, agrochemical and lube industries. Key Features 1.Auto Cap Loading Hopper (Optional) Large storage hopper + vertical elevator conveyor, auto arrange messy caps in correct direction, continuous feeding. Cut labor cost effectively, avoid missing cap during mass production. 2.Precise Cap Placing Unit
Stable positioning fixture locks caps tightly, ensures caps align perfectly with bottle mouths, no skew, drop or offset at high speed.
3.Servo Direct-Drive Capping Head (Core Part) Independent servo motor closed-loop torque control. Torque value digital adjustable on touch screen. Zero scratch capping for fragile aluminum caps & glass jars, consistent tightness to prevent liquid leakage.
Matching Production Line Can form full automatic turnkey line together with bottle washing machine, liquid filling machine, labeling machine, inkjet printer for below industries:
Q1: Why choose servo capping over pneumatic for screw caps? A1: Servo control sets torque, speed, and turns count electronically on the touch screen—no manual clutch or air pressure adjustments. This ensures consistent cap tightness bottle after bottle and eliminates over-tightening that can damage caps.
Q2: Can the machine handle different cap and bottle sizes? A2: Yes. The gripping clamps and capping head adjust to 15mm-80mm screw caps. Switching sizes takes a few minutes via recipe selection on the HMI.
Q3: Can it integrate with an existing filling line? A3: Yes. The adjustable-height frame mounts over your current conveyor and synchronizes with upstream filling via simple PLC speed matching. Bottles arrive directly from filling—no separate infeed mechanisms needed.
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