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Supplied by YOKO
YOKO-FLB-L
YOKO-FLB-L is a vertical powder-pouch packaging family with eleven reference models. Published bag widths span 25–300 mm and lengths 30–400 mm depending on model, with listed outputs from 1,200 to 7,800 bags per hour. Powder properties, dose, film laminate, seal layer, bag geometry, registration, auger selection, dust at the seal, coding, cutting, and downstream handling must be evaluated as one packaging system.
Equipment purpose
The equipment forms sachets or pouches from rollstock, meters powder through an auger system, seals the package, cuts the web, and applies optional batch coding. It is intended for single-dose or retail powder packs using back, three-side, or four-side seal formats supported by the selected configuration.
Operating sequence
Printed or unprinted film unwinds and passes over a forming set to create the package profile. The auger meters powder into the open pack while the machine controls film advance and registration. Longitudinal and transverse sealing jaws create the closure before cutting and discharge. Dose stability, seal contamination, registration, bag appearance, and output depend on powder flow, auger setup, film friction, tension, temperature, dwell, jaw pressure, and dust management.
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-100FLB-L / YOKO-100FLB1-L / YOKO-100FLB2-L / YOKO-100FLB3-L / YOKO-100FLB5-L / YOKO-140FLB-L / YOKO-150FLB-L / YOKO-150FLB1-L / YOKO-200FLB-L / YOKO-250FLB-L / YOKO-300FLB-L |
|---|---|
| Packing Speed (bags/hr) | 1500-3600 / 1200-3900 / 1500-3600 / 1500-6300 / 3000-3600 / 1200-2100 / 1800-3600 / 4800-7800 / 1800-3600 / 1800-3600 / 1200-2400 |
| Bag Size (mm) | (W): 30-100 (L): 30-155 / (W): 30-100 (L): 30-160 / (W): 30-100 (L): 30-155 / (W): 50-100 (L): 50-180 / (W): 25-100 (L): 30-160 / (W): 30-100 (L): 30-170 / (W): 60-200 (L): 60-200 / (W): 60-150 (L): 60-200 / (W): 100-300 (L): 100-200 / (W): 100-250 (L): 100-350 / (W): 200-300 (L): 200-400 |
| Power | Configured for the destination electrical standard |
| Weight (kg) | 180 / 220 / 180 / 350 / 900 / 220 / 700 / 300 / 700 / 600 / 1100 |
| Dimensions (mm) | 625 × 750 × 1560 / 1100 × 850 × 1800 / 625 × 750 × 1560 / 966 × 1405 × 1318 / 3500 × 3000 × 1800 / 1100 × 850 × 1800 / 4000 × 3000 × 2600 / 1300 × 950 × 1300 / 4000 × 3000 × 2600 / 4000 × 3000 × 2800 / 4500 × 3000 × 4500 |
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
Provide the laminate structure and thickness, roll width and diameter, core size, sealant layer, coefficient of friction if available, print repeat, registration mark, artwork orientation, barrier requirement, and supplier samples. Film that looks similar can differ in tracking, sealing window, curl, stiffness, and static.
Control powder drop timing, nozzle position, dose cutoff, air movement, static, dust extraction, bag opening, and sealing delay. Cohesive or aerated powders may need a different auger, settling time, or package geometry. The acceptable seal area and test method should be defined and demonstrated with the actual powder and film.
No. Bag length, dose, sealing time, film behaviour, print registration, cutting, and product settling affect cycle rate. Each model has its own format window. The acceptance output must identify the exact bag, film, powder, dose, and run conditions rather than use the highest family value.
Use a method appropriate to the package and product, such as visual inspection, peel assessment, leak testing, burst testing, or another agreed procedure. Define conditioning, sample size, acceptance criteria, and how intentional features such as tear notches or perforations are treated. The method should reflect the intended distribution risk.
Provide target dose and tolerance, bulk and tapped density, particle-size range, flow, cohesion, dustiness, moisture sensitivity, aeration, product temperature, cleaning restrictions, and enough representative material for setup and a sustained run. These data help select the auger and interpret trial results.
Model-level review
Share the material, product format, target sustained output, available utilities, destination standard, and expected documentation scope.
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