Basic information for this Servo Type Linear Piston Filling Machine for Chemicals/Detergent/Tomato Paste/Liquid:
The fully automatic Servo Type Linear Piston Filling Machine for Chemicals/Detergent/Tomato Paste/Liquid is equipped with a PLC control system and servo motor drive, featuring a stainless steel body and corrosion-resistant sealing components, achieving filling accuracy of ±1% [6].
The FT5000-8B model is designed for aqueous solutions and cream-based formulations, demonstrating exceptional performance with high-viscosity materials. Equipped with PLC programmable control and a touchscreen human-machine interface system, it enables automated bottle feeding, filling, and dispensing processes. The system utilizes servo motor drive and dual ball screw transmission mechanisms, featuring 8 customizable filling heads compatible with bottle sizes ranging from 500ml to 5000ml. The production rate ranges from 1000 to 7200 bottles per hour (calculated based on 1000ml water volume).
Machine details for this Servo Type Linear Piston Filling Machine for Chemicals/Detergent/Tomato Paste/Liquid:
Parameters for this Servo Type Linear Piston Filling Machine for Chemicals/Detergent/Tomato Paste/Liquid:
Connected machines for this Servo Type Linear Piston Filling Machine for Chemicals/Detergent/Tomato Paste/Liquid:
Characteristics for this Servo Type Linear Piston Filling Machine for Chemicals/Detergent/Tomato Paste/Liquid:
The equipment consists of three core modules: the housing, piston system, filling head assembly, and transmission device. The housing integrates a PLC programmable controller, touchscreen human-machine interface (HMI), and observation window. The entire unit is typically constructed from food-grade SUS304/316L stainless steel, with material conveying pipelines predominantly using silicone hoses resistant to 120°C temperatures. Internal hoppers and guide channels ensure continuous material feeding . The piston system utilizes a cylinder-driven telescopic rod to create negative pressure suction and pressure discharge within the filling tube. The filling head incorporates an electromagnetic valve assembly, flow sensor, and conical dipping head. Components directly contacting materials—such as filling nozzles and material troughs—are typically made of 316# or 304# stainless steel or food-grade PVC, with container depth adaptation achieved through electric telescopic rods.
