Sense and Index
Conveyor sensors and bottle stops form the required group for each cycle.
Automatic Liquid Dosing & Filling System
Automatic Bottle Liquid Filling Machine
For approved glass, PET or HDPE bottles and compatible liquid products, using conveyor feeding, bottle sensing and indexing.
- Suitable for
- Approved glass, PET or HDPE bottles and compatible liquid products
- Method
- Configurable automatic liquid dosing
- Output
- Confirm rate for the approved product, container and operating conditions.
- Format range
- Final range is confirmed from approved samples and the machine datasheet.
AI-generated conceptual visualization of this machine. Final configuration may vary by approved project scope.
Technical details
Published Reference Specifications
Choose the applicable reference below. HVLF series values and the separately published four-head machine have distinct electrical, size and accuracy data. Each supplied model’s quotation and datasheet confirm its configuration.
HVLF Volumetric Series
| Models / available heads | HVLF-50 / HVLF-100 / HVLF-150 / HVLF-200; available with 2 / 4 / 6 / 8 filling heads. Select the model and head count for the product, container and output requirement; the series reference does not assign a head count to each model code. |
|---|---|
| Series output reference | 20–200 bottles per minute across the reference series, with the selected model and change parts. The contractual model rate depends on fill volume, liquid characteristics, container, head count and approved FAT conditions. |
| Fill volume | 5–2000 mL with selected change parts. |
| Bottle format reference | Minimum container neck: 22 mm; round-container diameter: 28–100 mm; flat or square containers: 15–100 mm long × 15–50 mm wide; standard container height: 58–240 mm. Other heights are available on request. |
| Filling accuracy | Contractual tolerance and FAT sampling method are confirmed for the selected HVLF model, product, dose, container and operating conditions. The separate four-head ±1% reference below is not a series-wide HVLF rating. |
| Electrical reference | 415 V AC, three-phase, with 0.50 / 0.75 / 1.0 HP TEFC motor options by model. Confirm the applicable model motor and supplied electrical load list. |
| Conveyor / footprint | Conveyor length: 1500–2500 mm; adjustable conveyor height: 850–950 mm. Overall machine dimensions are confirmed in the approved general-arrangement drawing. |
| Net / packed weight | Model-specific net and packed shipping weights are confirmed in the approved datasheet and packing list. |
| Published warranty reference | Warranty is available; duration is not stated. The quotation or order confirms commencement, coverage, exclusions and claim terms. |
Separate Automatic Four-Head Reference
| Reference identity | Separate automatic four-head filling reference. These values are not a combined specification for the HVLF series. |
|---|---|
| Filling heads | Four-head reference. |
| Published accuracy | ±1%. The contractual tolerance and FAT sampling method are confirmed for the selected machine, approved product, dose, container and operating conditions. |
| Electrical reference | 220 V. The supplied machine’s approved electrical load list is the controlling document. |
| Dimensions (L × W × H) | 1500 × 800 × 1200 mm. Final supplied dimensions are confirmed in the approved general-arrangement drawing. |
| Published weight | 500 kg; the source does not identify net versus packed weight. |
| Output, dose and bottle range | These values are not specified in this separate reference; confirm them for the selected machine. The HVLF series ranges above do not establish this machine’s rating. |
| Warranty | Confirm duration, commencement, coverage, exclusions and claim terms in the applicable quotation or order. |
Selected Configuration: Utilities and Supply Scope
| Utilities | Required compressed-air pressure and flow, product-feed arrangement, temperature control, and cleaning or CIP interfaces are listed for the selected configuration. The published HVLF reference does not give one universal utility-consumption figure. |
|---|---|
| Installation / commissioning | Order-specific. Supplier work is limited to the installation, commissioning, SAT, operator training and handover items expressly included in the approved quotation. The same document assigns unloading, positioning, utilities to termination points, civil work, trial materials, site access, permits, travel and accommodation responsibilities. |
| Selection / acceptance | Use the chosen model’s quotation, electrical load list, general-arrangement drawing, machine datasheet and approved FAT conditions. Do not combine ratings from the two reference configurations. |
Final specifications follow the approved quotation, layout, datasheet and project URS.
Reference operating footage
Bottle Filling: Reference Demonstration
The exact shown model, head count and dosing technology are unconfirmed. Use this footage to discuss handling and operation; the tables above describe separate published references.
Select Play to load the video. This demonstration shows a reference configuration; final format parts, output, utilities, controls and guarding follow the approved project scope.
Additional PET Bottle Handling and Capping Footage
Additional syrup-line reference footage shows PET bottle handling, closure operation and conveyor transfer. Its exact equipment configuration is unconfirmed.
Operating process
How Bottle Filling Works
H M Pharma Machines manufactures bottle-filling equipment in Ahmedabad, India. A selected dosing system fills indexed bottles before they transfer to the chosen closure machine.
Align beneath Nozzles
Bottles are held with their openings aligned beneath the filling heads.
Meter the Selected Dose
The specified dosing system delivers liquid through the nozzles into the stationary bottles.
Release Filled Bottles
Stops release the completed group to the selected capping or sealing machine.
Application and scope
Suitable Products and Configuration Review
Approved glass, PET or HDPE bottles can carry compatible pharmaceutical liquids and syrups, nutraceutical preparations, cosmetic and personal-care liquids, food and beverages, oils, chemicals or agrochemicals. Suitability follows samples, drawings and process review.
Product and Hygiene Review
Review viscosity, dose, foaming, particles, accuracy and cleaning. Food formulations require approved contact materials and a hygiene plan; oils and chemicals need compatible seals, tubing, valves and materials.
Selected Dosing and Controls
Gravity, piston, pump, flow meter, peristaltic or weight-based dosing is selected after product review. PLC sequence control includes no-container/no-fill logic where included; alarms and interlocks follow the approved control specification.
Construction and Changeover
GMP-oriented stainless-steel construction follows the approved scope. Contact tanks or piping, tubing, pumps or cylinders, valves, seals and nozzles are identified separately from the frame, conveyor and guards. Contact materials and finish suit the product and cleaning method; guides, nozzle positions, dosing settings and contact parts suit the approved format.
Standalone or integrated supply can synchronize upstream preparation with downstream capping, sealing and labeling. Product supply, conveyor direction and control handshakes follow the agreed line layout.
When ordered, documentation can include the dosing-system description, contact-part and seal list, electrical and utility schedules, GA drawing, calibration and cleaning instructions, manuals, qualification records and filling FAT protocol. The supply-scope table above defines utilities and installation responsibilities.
If the dosing method is undecided, use the liquid filling selection guide and compare the methods below.
Related machines
Compare Filling Methods and Bottle-Line Equipment
Frequently asked questions
Bottle Filling FAQs
Which bottles and products can be reviewed?
Approved glass, PET or HDPE bottles with compatible liquids are reviewed from samples, drawings and process details. Product behavior, contact materials and cleaning requirements determine suitability.
How do the two published references differ?
HVLF-50 / HVLF-100 / HVLF-150 / HVLF-200 are a series reference with 2 / 4 / 6 / 8 head options; no head count is assigned to each code. The separately published four-head configuration has its own electrical, size and accuracy data. Do not combine their ratings.
What determines the output, fill range and accuracy?
The HVLF reference covers 20–200 bottles per minute and 5–2000 mL with selected models and change parts. Contractual rate and tolerance depend on the selected machine, product, dose, container, head count and approved FAT conditions. The separate four-head ±1% reference is not an HVLF series-wide rating.
Which dosing systems and controls are available?
Gravity, piston, pump, flow meter, peristaltic or weight-based dosing can be selected after product review. PLC sequence control has no-container/no-fill logic where included; the approved control specification defines alarms and interlocks.
What governs warranty, installation and documents?
The approved quotation or order defines warranty duration, commencement, coverage, exclusions and claims, plus installation, commissioning, SAT, training and site responsibilities. Drawings, manuals and qualification records are supplied when ordered; the approved datasheet and GA drawing govern the configuration.
What should I send for a quotation?
Share the product sample and viscosity, fill volumes, bottle samples or drawings, required accuracy and output, cleaning needs and line interfaces. These details support the proposed configuration and acceptance review.
Contact us
Discuss Your Automatic Bottle Liquid Filling Machine Requirement
Share your application and required capacity for a quotation.