ACUVUE OASYS Hyperopia Biweekly (6p)
- Power rangePower:
- +0.50 ~ +8.00
- FrequencyFrequency:
- Biweekly
- PackPackage:
- 6 pieces / box
ACUVUE OASYS Hyperopia Biweekly (6p) is a biweekly clear contact lens from ACUVUE, supplied as 6 pieces / box.
Free gifts: Lens tweezers Applicator Case
Who It’s For & Trade-offs
For wearers already prescribed this exact spherical lens model. Confirm power and any selectable base curve for each eye. Pack size and replacement schedule affect usable supply; a similar model name does not establish an equivalent fit.
Product Specifications
- Brand: ACUVUE
- Color: Clear Contacts
- Disposable: Biweekly
- Base Curve: 8.4mm
- Overall Diameter: 14mm
- Water Content: 38%
- Material: Senofilcon A
- Package Contents: 6 pieces / box
- Packaging Status: Boxed
- Prescription range: +0.50 ~ +8.00
UV-absorbing contact lenses do not replace UV-protective sunglasses because contact lenses do not cover the entire eye and surrounding area.
Preparation: 2–4 business days before dispatch.
Estimates are in USD. Final services and charges are confirmed for your address at checkout.
Preparation & delays
Restocking may add 2–5 business days. Preparation excludes weekends and Korean public holidays. Transit and customs delays vary.
Preference returns require unopened, unused, undamaged items and customer-paid return postage. Custom-made, clearance and final-sale exclusions apply.
See how your glasses SPH changes at the eye.
An optical estimate, not a contact lens prescription. Prescription help
OD = right; OS = left. Enter SPH with its + or − sign. Use 0, PL or plano for zero.
Estimated sphere at the eye
- Right eye (OD)
- Left eye (OS)
Shown to 2 decimals; not rounded to available lens powers.
Advanced settings Vertex: 12 mm
Why can powers differ?
Glasses sit in front of the eye; contact lenses sit on its surface. This distance changes the optical effect, especially at stronger powers. A professional fitting determines your contact lens prescription.
Optical estimate = SPH ÷ (1 − distance × SPH), with distance in metres. This calculation uses sphere only.
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