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By changing the working mode with intelligent paper cup machine to make the operation more and more simple.
Whether formulating recipe portions, evaluating single-serve beverage ware, or setting tooling parameters for high-speed container production lines, converting 6 fluid ounces (fl oz) to cups is a routine yet critical question.
Depending on your target export market, legal cup definitions vary slightly. The table below outlines international liquid volume standards and their exact 6 oz equivalents:
| Standard Authority | Standard Cup Capacity | 6 fl oz in Cups | Metric Volume (ml) |
|---|---|---|---|
| US Customary (Culinary / Daily) | 8.00 fl oz | 0.750 cups (3/4 cup) | 177.44 ml |
| US Legal (FDA Nutritional Panel) | 8.12 fl oz (240 ml) | 0.739 cups | 177.44 ml |
| Metric Cup (AU, NZ, UK, CA) | 8.45 fl oz (250 ml) | 0.710 cups | 177.44 ml |
| Imperial Cup (UK Traditional) | 10.00 fl oz (284.13 ml) | 0.625 cups (5/8 cup) | 177.44 ml |
*Note: Fluid ounces (fl oz) strictly measure liquid volume. When measuring dry granular ingredients like flour or white sugar, 6 weight ounces (net oz) produce different volumetric cup yields due to varying bulk densities.
In paper packaging manufacturing, a nominal 6 oz cup is designed to hold 175 ml at practical liquid level with an overflow brimful capacity of 185–190 ml. Height and diameter must maintain strict geometric proportions to prevent tipping while supporting automated de-nesting.
| Geometric Parameter | Standard Dimension | Tooling Tolerance | Functional Purpose |
|---|---|---|---|
| Top Outer Diameter (D1) | φ70.0 – 71.0 mm | ±0.3 mm | Matches standard φ70 mm thermoformed sip/tear lids |
| Bottom Diameter (D2) | φ50.0 – 51.0 mm | ±0.3 mm | Provides stable base footprint and center-of-gravity balance |
| Total Height (H) | 70.0 – 73.0 mm | ±0.5 mm | Ergonomic grip height; fits espresso/dispenser clearances |
| Bottom Recess Depth (h) | 6.0 – 7.0 mm | ±0.2 mm | Knurling clearance to isolate heat from table surfaces |
| Brimful Capacity | 185 – 190 ml | ±3.0 ml | Total internal volume measured flush to cup rim |
| Applicable Paper Weight | 190 – 260 gsm | ±5 gsm | Single PE, Double PE, PLA, or Aqueous Barrier Coating |
Occupying the gap between small espresso shot cups (2–4 oz) and standard takeaway cups (8–12 oz), 6 oz containers serve specialized roles:
Producing small-format cups like 6 oz requires precise tooling. Because the bottom diameter is narrow (φ50 mm), traditional knurling mechanisms can cause sidewall wrinkling or incomplete bottom heating. New TOP addresses these challenges through closed-gear and servo-driven indexing platforms.
Optimized specifically for small-to-medium containers ranging from 2.5 oz to 12 oz, the NEWTOP-FB158S provides high precision and cleanroom compliance:
| Key Feature | Conventional Legacy Machines | New TOP NEWTOP-FB158S |
|---|---|---|
| Rated Stable Speed | 60 – 80 pcs/min | 150 – 175 pcs/min |
| Transmission Type | Open chains + bevel gears | Enclosed Open-Cam + Multi-Axis Servo |
| Mechanical Isolation | Single-compartment layout | Tabletop Separation (GMP Cleanroom Level) |
| Eco-Material Adaptability | Standard PE coatings only | Single/Double PE, PLA, PBS & Aqueous Coatings |
| Defect Control | Manual visual sampling | Dual-Station CCD Vision Inspection + Ejection |
Get full mold schematics, plant floor layout plans, and high-speed forming machinery quotes from New TOP engineers.
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Global Supplier of Intelligent Paper Cup Machinery, High-Speed Container Formers, and Turnkey Packaging Lines.
2.5oz-12oz Paper Cup Size
168-175 pcs/min Max Capacity
16-42oz Paper Cup Size
140 pcs/min Max Capacity
16-22oz Paper Cup Size
138 pcs/min Max Capacity
