FOR BRO Engineers

For-Bro Engineers offers Economical Volumetric dual head Flameproof Liquid Filler for low volume filling in various industries. Machines are ideal for filling Syrup, Cleaner, shampoo, liquid soap, Phenyl, Juice, Coconut water, Milk , Hand wash etc. A by pass provided with the syringe helps for arresting liquid between the two cycles of the filling. Variable speed drive helps to controls the overall speed of the machine which can be adjusted as per the type of liquid and the speed of the operator. Batch variation in liquid can be easily adjusted by the volume adjustment nut which reduces or increases the stroke of the syringe thus provides desired output and improved accuracy. Machine can fill up to 20 containers in minute depending on the flowability of the liquid and pack-size. Machines can be provided with 2, 4, 6 and 8 head mechanism with the filling jig to manage multiple heads without the need to conveyorised system. 

 

Specifications and Feature

• Economical table top model
• Available upto 1000ml pack size
• Volumetric piston filling machine.
• Models with 2/4/6/8 heads
• Simple to operate and clean
• Diving nozzle mechanism for forming liquids
• Easy change over of product and pack sizes
• Spillage tray to reduce wastage

Additional Information:

• Item Code: LF-1
• Production Capacity: 10/min
• Delivery Time: 1 week

Glass bottle filling machine works on the principle of positive displacement of screw rotating inside main hopper under the constant powder level. A desired quantity of output can be set on the digital auger counter. Machine discharges the set quantity of product in to the pre-formed pouch or container held manually under the nozzle of the funnel. Machine can be operated via a foot switch or in Auto mode as per the efficiency of the operator. Special stirrer mechanism is provided to ensure that powder is not stuck to the sides of the hopper thus helping to achieve higher accuracy. AP-100E is suitable for wide range of product and pack-sizes starting from 10gms to 500gms with an accuracy of +/-2% depending on the product flow ability and the physical characteristics.