Compare filling machines for bottles, vials and ampoules across liquid and powder applications, with dosing technology selected for the approved product, container, output and process requirement.
Quick comparison
Start with the product and container, then open two or three suitable methods for technical review. Numeric outputs below belong to the described published configurations; final ratings follow the approved product, dose, samples and operating conditions.
| Method / product details | Product or container fit | Published output reference | Configuration and review limits |
|---|---|---|---|
| Volumetric | Approved bottles or jars with thin, semi-viscous or viscous products. | Published volumetric reference: 24 bottles/min, depending on fill volume. Model code is assigned in the quotation. | Piston or metering chamber, valves, nozzles, heads and cleaning arrangement are selected for the product. |
| Servo piston | Approved bottles or jars with compatible liquids or pastes, from low to high viscosity. | Configuration-specific. Request the proposed model, head count and rated output for your dose and product. | Cylinder range, piston recipe, valves, nozzle motion and cleaning method follow sample trials; anti-drip or diving nozzles are configurable. |
| Four-head servo gear pump | Published configuration for approved 500 mL–5 L HDPE containers; liquid suitability is trial-confirmed. | Four-head reference: up to 24 bottles/min, depending on fill volume and liquid characteristics. Order-specific model code is confirmed in the quotation. | The published machine has four SS316 gear pumps with independent servo channels. Review the actual liquid, viscosity, container and required dose. |
| Gravity | Compatible free-flowing, water-like, non-carbonated liquids in reviewed bottles. | Configuration-specific. Output and heads follow fill-time, bottle-handling and production-target review. | Reservoir height/level, valve control, foam, temperature, neck access and cleaning need review; timed quantity and visible fill level are different objectives. |
| Method / product details | Product or container fit | Published output reference | Configuration and review limits |
|---|---|---|---|
| Flow meter | Approved containers and liquids compatible with the selected meter technology. | Published four-nozzle reference: up to 36 bottles/min, depending on fill volume. Model code is assigned in the quotation. | Electromagnetic, mass-flow or another meter is selected after product-property review. Confirm meter suitability and the actual dose/container. |
| Load cell / net weight | Approved bottles, jars, cans or pails with compatible liquids and an agreed net-weight target. | Configuration-specific. Output depends on tare cycle, dose, settling time, station count and acceptance checks. | Review weighing range, empty-container load, coarse/fine filling, calibration and cleaning. Reject handling or reporting is included only in the agreed scope. |
| Peristaltic | Approved vials or bottles with primarily low-viscosity compatible liquids. | Configuration-specific. Output follows dose, tubing, pump speed, channel count and indexing review. | Tubing material/bore, channels, needles and disposable-path arrangement are configurable. Confirm compatibility, tubing performance and cleaning scope. |
| Method / product details | Product or container fit | Published output reference | Configuration and review limits |
|---|---|---|---|
| Vial liquid filling + stoppering | Approved pharmaceutical glass vials, liquid formulations and compatible rubber stoppers. | HMLS-20 is the published model reference; output is configuration-specific and depends on dose, product, container and heads. | Confirm vial dimensions and dose together. Full/partial stoppering, gas flushing and LAF/RABS/isolator interfaces are engineered options, with qualification defined for the line. |
| Ampoule filling + flame sealing | Approved open glass ampoules with compatible pharmaceutical or specialty liquids. | Configuration-specific. Rate depends on ampoule size, dose, needles, heating and flame-sealing cycle. | Review body/neck dimensions and seal profile. Head count, pre/post-gas flushing and inspection integration are configurable. |
| Vial dry powder | Approved pharmaceutical vials and compatible injectable dry powder. | Configuration-specific. Rate follows dose, powder behavior, dosing cycle, heads and controlled transfer. | Powder mechanism and barrier scope are application-specific. Sterility and aseptic suitability require the approved line, environmental controls and customer qualification. |
| Servo auger powder | Powder and container opening matched to the selected auger, outlet and dose. | Configuration-specific. Output follows powder feed, dose cycle, container handling and head arrangement. | Review bulk density, flow, dust, moisture and cleaning. Weighing feedback is separately specified; sterile or contained processing needs a separately qualified system. |
For bottles or jars, compare the volume/pump and measurement groups. For vials, compare liquid filling with stoppering or the appropriate powder system; for open glass ampoules, review the dedicated filling and flame-sealing machine.
Configuration-specific rows require a proposed-configuration review and datasheet confirmation. Options are finalized in the approved quotation; the tables do not establish one standard scope for every machine.
Machine selection
H M Pharma Machines manufactures pharmaceutical filling equipment in Ahmedabad, Gujarat, India for approved liquid, viscous, foaming and powder products. A suitable machine is selected only after reviewing the product characteristics, fill quantity, container format, accuracy, required output, hygiene and cleaning method. For a practical comparison of these inputs and the available dosing methods, read our guide to choosing the right liquid filling machine.
Liquid applications can use volumetric, servo piston, flow meter, load cell, gear pump or peristaltic dosing. Vial and ampoule projects may combine filling with immediate stoppering or flame sealing, while dry powder projects require a dosing system and enclosure selected for powder flow, dust control and environmental requirements.
Final configuration, contact materials, number of heads, controls, utilities and line interfaces are confirmed against approved samples, trials and the user requirement specification.
Browse by container
Start with the container category, then compare the available dosing and closing arrangements. For other process stages, browse the complete machinery catalog.
AI-generated liquid-filling concept; final configuration varies.Compare general liquid, volumetric, servo piston, load cell, flow meter, gear pump and peristaltic filling systems for approved bottles and jars.
Compare Bottle Fillers
AI-generated concept. Final configuration varies.Review liquid filling with rubber stoppering and injectable dry powder filling options for approved pharmaceutical vials.
Compare Vial Fillers
AI-generated concept. Final configuration varies.Integrated liquid dosing, optional gas flushing, preheating and controlled glass-neck flame sealing for approved ampoules.
View Ampoule FillerBrowse by liquid product
Explore application-focused pages that connect product behavior with a suitable filling technology and complete packaging line.
Frame from the syrup-filling demonstration.Filling solutions for approved pharmaceutical, herbal, nutraceutical and food syrups across compatible bottle formats.
Explore Syrup Filling
AI-generated concept. Final configuration varies.Application-matched filling for approved cooking and vegetable oils in bottles, jars and cans.
Explore Edible Oil Filling
AI-generated concept. Final configuration varies.Filling solutions for approved engine, gear, hydraulic and industrial oils with viscosity and anti-drip requirements considered.
Explore Lubricant FillingLiquid filling technologies
Each technology has a different operating principle. Product trials and application review determine final suitability.
AI-generated concept. Final configuration varies.Preset-volume dosing using a calibrated piston or metering chamber for approved products ranging from low to high viscosity.
View Machine
AI-generated concept. Final configuration varies.Programmable piston motion for repeatable dosing, recipe control and configurable nozzle profiles.
View Machine
AI-generated concept. Final configuration varies.Individual electronic flow measurement regulates each channel to its programmed target quantity.
View Machine
AI-generated concept. Final configuration varies.Continuous electronic weighing, tare control and coarse/fine filling to the programmed net weight.
View Machine
AI-generated concept. Final configuration varies.Calibrated servo-controlled pump rotation for compatible liquids ranging from free-flowing to viscous.
View Machine
AI-generated concept. Final configuration varies.Controlled dosing through approved flexible tubing for compatible low-viscosity liquid applications.
View MachineAI-generated gravity-filling concept; final machine layout is project-specific.Gravity-fed filling for compatible free-flowing liquids, with product suitability and flow behavior reviewed before selection.
View Details
Servo-controlled auger dosing for compatible powders, with dose calibration and tooling selected for the product.
View DetailsTechnology comparison
This table provides initial guidance only. Final suitability depends on approved trials and project requirements.
| Technology | Operating principle | Initial application guidance | Product page |
|---|---|---|---|
| Volumetric | Preset piston or chamber volume | Approved thin, semi-viscous or viscous liquids | View details |
| Servo Piston | Programmable piston suction and discharge | Liquids and pastes ranging from low to high viscosity | View details |
| Flow Meter | Electronic flow measurement | Liquids compatible with the selected meter | View details |
| Load Cell | Continuous net-weight measurement | Weight-based bottle, jar, can or pail filling | View details |
| Servo Gear Pump | Calibrated gear-pump rotation | Compatible liquids ranging from free-flowing to viscous | View details |
| Peristaltic | Rollers advance liquid through tubing | Compatible low-viscosity liquids and controlled paths | View details |
| Dry Powder | Application-specific measured powder dosing | Approved vial or bottle powders | View details |
Project information
Accurate application information prevents selection of an unsuitable dosing system.
Share viscosity, density, flow, foaming, particles, temperature and cleaning information or powder characteristics.
Provide container samples or drawings, minimum and maximum fill quantities and closure details.
Confirm target accuracy, required containers per minute and expected batch or shift production.
Share washing, stoppering, capping, labeling, conveyor, utility and available-layout requirements.
Frequently asked questions
Selection depends on the approved product, viscosity or powder characteristics, container, fill quantity, accuracy, output and cleaning requirement.
Available options include volumetric, servo piston, flow meter, load cell, servo gear pump, peristaltic and application-specific systems.
Yes. Liquid filling with rubber stoppering and injectable dry powder filling configurations are available for approved pharmaceutical vials.
The Ampoule Filling and Sealing Machine is designed for approved glass ampoules, controlled liquid dosing and flame sealing.
Yes. Conveyor height, direction, speed, controls and upstream or downstream interfaces can be reviewed for an approved existing line.
Send your product, container, fill range, output and line-layout details for technical review.