High-Speed, Automatic Bottle Filling Machine by Leading Brands
Our machines boast an impressive capacity of 60-300 bottles per minute. This ensures you can meet high production demands while maintaining consistent accuracy. The electric motor with a power consumption of 3-4 HP offers reliable operation. Engineered with precision and constructed from high-grade MS material, our machines are built to last. They are fully automatic, minimizing manual intervention and maximizing efficiency.
Salient Features Of Bottle Filling Machine
Bottle Filling Machines: Suitable for a Range of Applications
Technical Specifications
20+
Experience
| Model | KM4H/E-Fill-PD |
|---|---|
| Output/Hour * | 600 to 300 bottles per/minute |
| Electrical Supply | AC 440 V Three Phase |
| Pump | SS Pump |
| Compressed Air Requirement | 3 CFM, 6-8 Bar |
| PLC | Siemens |
| HMI | Siemens |
| Flow Sensor Type | Paddle Wheel type Sensor, Magnetic Flow sensor, Mass Flow meter sensor |
| Control Panel | Flameproof enclosure |
Frequently Asked Questions
Really comes down to speed, how automated it is, and the type of pump or flow sensor fitted. A basic semi-automatic unit costs a lot less than a high-speed automatic one running 60-300 bottles a minute. Since every business needs something slightly different, it’s best to get a quote based on your actual output and liquid type
Anywhere between 60 and 300 bottles a minute, depending on the model. How fast it actually goes depends on your bottle size, how thick the liquid is, and whether you’ve gone semi-automatic or fully automatic. If you’re running high volumes, you’ll want to be on the faster end of that range.
With semi-automatic, someone places the bottles by hand while the machine handles the fill. Fully automatic takes care of positioning, filling, and moving bottles along with barely any human input, so there’s less room for error and things move faster. Automatic makes sense for high-volume lines; semi-automatic works fine if your batches are smaller or mixed.
Pretty much, yes. Most of these machines can handle everything from water, oils, and syrups to thicker stuff like shampoos, lotions, and gels. Since you don’t need to change parts for different fill sizes, moving between products usually doesn’t mean shutting the line down for long.
Setup mostly involves wiring up the electrical supply (usually 440V, three-phase), getting the PLC and HMI panel configured, and running a test batch to check the fill is accurate. Since the control panel is often flameproof for safety reasons, it’s worth going through the standard electrical checks before running it live.
Not a lot, honestly. Check the nozzle seals now and then, keep the SS contact parts clean, and keep an eye on the flow sensor in case its readings start drifting. Because of the sturdy MS body and SS pump, these machines don’t need constant attention, but a periodic check saves you from surprise downtime.
Usually it’s the flow sensor needing recalibration, a worn nozzle, or air pressure that’s dropped off. Since sensors come in different types — paddle wheel, magnetic, mass flow — the first thing to do is check the reading on the HMI panel before you bother calling someone in to look at it.
You’ll find them across pharma, beverages, food, chemicals, and even wine and spirits. They’re used for everything from bottled water and juices to syrups, cleaning agents, and more specific stuff like eye drops or pesticides — so it’s a fairly flexible piece of equipment across different sectors.
Yes, a lot of models come with a flameproof control panel, which matters when you’re filling chemicals, solvents, or anything where electrical safety is a real concern. So it’s not just for food and beverage lines — it works for chemical and industrial use too.
Generally covers help with installation, setting up the PLC and HMI, and servicing parts like the pump, sensors, or control panel down the line. Since things like SS pumps and standard flow sensors are fairly common components, getting replacements later isn’t usually a hassle.