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YOKO-XGS-S
YOKO-XGS-S is a liquid filling and stoppering family with two source-table configurations. The listed references are 20 bottles per minute with two filling heads and 35–40 bottles per minute with four heads; the table identifies 50 mL for one model and 50–500 mL for the other. Because the source uses both vial and bottle terminology, the actual container drawing, closure, process, and hygienic requirement must be confirmed before selection.
Equipment purpose
The equipment is intended to meter a compatible liquid into prepared containers and place the specified stopper or closure in a controlled indexed sequence. It may form part of an antibiotic, pharmaceutical, or other liquid-filling line only after the product-contact path, container handling, environmental controls, cleaning method, and required validation are defined.
Operating sequence
Containers are fed and indexed beneath two or four filling nozzles, depending on model. A configured dosing system dispenses the programmed volume before containers move to stopper placement and discharge. Filling consistency and line efficiency depend on liquid viscosity and foaming, dose, container tolerances, stopper presentation, nozzle movement, product head conditions, air removal, change parts, and the upstream and downstream balance.
Process fit
Use these references to frame the first technical discussion. Suitability is confirmed with actual material, format, and process data.
Reference parameters
Values are model references for initial selection. The quotation and approved technical agreement define the final supplied configuration.
| Model | YOKO-2-1-1XGS-S / YOKO-4-1-1XGS-S |
|---|---|
| Capacity (bottles/min) | 20 / 35-40 |
| Applicable Bottle Specification (mL) | 50 / 50-500 |
| Filling Heads | 2 / 4 |
| Filling Accuracy | ±1.5% / ±2% |
| Power Supply | Configured for the destination electrical standard |
Before quotation
A useful quotation starts with the product, container or format, target output, available utilities, and destination requirements.
Ask for the current datasheet, layout information, and available documentation package.
Request documentsSupporting files
Availability varies by model and configuration. Request the current demonstration, datasheet, layout, or documentation package when needed.
Ask whether a current model demonstration is available.
Model-specific operating manuals and layout files are supplied after configuration review.
Selection questions
The source product name says vial, while its technical table says bottle and lists 50 mL for one configuration and 50–500 mL for the other. Do not select from the name alone. Provide dimensioned container and stopper drawings, samples, material, neck finish, dose, headspace, and downstream closure method so the applicable format and machine arrangement can be confirmed.
The table lists ±1.5% for the two-head model and ±2% for the four-head model, but it does not define every test condition. The project protocol should state product, nominal dose, measurement method, tare handling, sampling frequency, startup exclusion, speed, product temperature, acceptance calculation, and treatment of rejected or incomplete fills.
Possibly, after a material trial and dosing review. Provide viscosity across the operating-temperature range, density, surface tension, foaming, particulates, shear sensitivity, dose, permitted product loss, cleaning agents, and product-contact compatibility. The pump, tubing, nozzle bore, dive profile, cutoff, and product-head control are then selected from those conditions.
No. Aseptic suitability depends on the complete process: component preparation and transfer, sterilization or sanitization, environmental classification, barrier system, product path, interventions, monitoring, operator practices, cleaning, hold times, and validation. These requirements must be specified separately and designed into the integrated line and facility.
Provide representative containers and stoppers across expected tolerances, enough liquid or an agreed surrogate with similar dosing behaviour, closure components, and any trays or feed parts. Define dose, accuracy method, run duration, speed, stopper-placement criteria, container-damage limits, reject challenges, alarms, cleaning demonstration, and upstream or downstream interface checks.
Model-level review
Share the material, product format, target sustained output, available utilities, destination standard, and expected documentation scope.
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