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→FC-101 Fully Automatic Filler-Capper is the perfect combination of the FL-101 and the CP-101, enabling the highest production efficiency suitable for pharmaceutical, food, beverages, cosmetics, detergents, petrochemical industries and more. FC-101 is your best choice for filling & capping solution.
The servo driven FC-101 Filler-Capper is designed for easy operations and quick changeover to different products. The machine can easily adjust based on customer’s product specification and requirements.
Filling Capacity Options | 20-100cc/50-250cc/100-500cc/200cc-1000cc |
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Caps types | Aluminum Screw Caps, Plastic Screw Caps |
Supply Voltage | 220/380 V, 50/60Hz, 3 Phase |
Power Consumption | 3KW |
Air Pressure | 4~6kg |
Machine Dimension | (L) 4320mm×(W) 964mm×(H) 1770mm |
Net Weight | 1000kg |
—Specifications are subject to change without prior notice—-
Easy to install and operate, requiring minimum maintenance for maximum performance and useful life.
Integrated digital control with PLC and high tech touch screen controls for easy operation. All activities are controlled by the Panasonic servo system.
Safety shield that meets strict safety regulations.
Sturdy conveyer system driven by high quality motor. Adjustable conveyer guide rails to accommodate with different products.
Anti-dripping design to enable the clean conveyer surface and perfect finished product.
Bottle detection filling system.
Bottle jam detection.
Star Wheel positioning. Automatically stops when bottle is missing or positioned incorrectly.
Fully adjustable for different bottle with different star wheel and capping head.
Adjustable electronic torque values to eliminate damage to caps and reduce insert wear.
Delicate machine structure with high quality finish, comparable with European machines.
Volume output on all pistons can be adjusted through the touch screen at once.
Digital control system to enable multiple filling process on the same bottles for double, triple and more filling volume.
Adjustable speed while filling, it can fill slowly at the beginning and then accelerate to faster speed, finally slow down once again to finish up. This can prevent foamy liquids from bubbling and avoid spillage.