Discover the India's Most Trusted and Reliable Packaging Machines in Bangalore. Find Your Perfect Solution Today.

Home / Packaging Machinery / Filling Machines / Paste Filling Machine

Paste Filling Machine

---

Precision Paste Filling Machines by PACKMACHINE, Bangalore: Elevate Your Filling Efficiency!

PACKMACHINE, headquartered in Bangalore, stands as a leading manufacturer of Paste Filling Machines, representing the pinnacle of precision and efficiency in the packaging industry. These state-of-the-art machines are meticulously engineered to cater to a diverse array of industries, including food, cosmetics, pharmaceuticals, and more. PACKMACHINE's Paste Filling Machines are designed to handle a wide range of paste-like substances, from thick creams to viscous gels, with unparalleled accuracy and consistency. They boast advanced features such as precise volume control, rapid changeover capabilities, and user-friendly interfaces, making them adaptable to various production requirements. Whether you're packaging sauces, lotions, or pharmaceutical creams, these machines offer seamless integration into your production line and can accommodate different container sizes and product viscosities. Reliability is paramount in industrial settings, and PACKMACHINE ensures that their Paste Filling Machines are built to last, with robust construction and materials that can withstand rigorous use. Moreover, the company goes the extra mile by providing comprehensive support services, including installation, operator training, and ongoing maintenance, to ensure that your packaging operations run smoothly. For businesses in Bangalore and beyond seeking top-quality paste filling solutions, PACKMACHINE is the trusted partner that delivers precision, efficiency, and reliability in every fill.

What are the types of filling machine?

Filling machinery comes in portable tabletop designs or floor standing configurations which can be integrated into food processing and packaging lines, including form, fill seal lines.

Compact, single nozzle machines are used in small, low cost food processing lines. They are suitable for many different foods, including soups, sauces, salad dressings, ready meals, coleslaw, yoghurt, hummus, peanut butter and jam.

Multi-nozzle machines significantly increase throughput capacity by simultaneously filling multiple containers through an increased number of filling heads. Filling heads can be arranged on a rotor (rotary filling) or in a line (linear filling).

How do filling machines work?

Most food filling machines operate with product fed into a hopper then pumped pneumatically or by vacuum, or fed by an auger screw. The product is passed through a nozzle or filler head, with portions measured by volume or weight, into containers and packaging of various types. For some products, the material is fed onto another component of the food product such as bread slices for sandwiches or pie cases.

Manual filling machines are often operated by a hand lever used to pump product through the feeder nozzle. This type of equipment is most suitable for small production facilities, and for locations where electric supply or compressed air is not available for pumping the product. Manual filling machines are more accurate and less prone to spillage than pouring or portioning the product by hand.

Semi-automatic filling machines are usually operated by pumps driven by compressed air. Filling can be set to repeat, and the machinery will offer greater speed and accuracy than manual filling machines. Precise portions can be filled through accurate measuring and dosing equipment incorporated in the weighing or volumetric controls.

Automatic food filling machines feature controls and inline equipment which manages the filling process from material handling, loading, dosing and packaging. The equipment is often scalable with the ability to increase the number of filling heads. Automatic filling solutions offer larger scale operations high throughput and optimum efficiency.

As with all food processing machinery, hygiene is critical, and ease of disassembly for cleaning is an important design consideration.

---