Specifications
|
Attribute Name
|
Value
|
|---|---|
|
Adhesive Type
|
Synthetic Rubber
|
|
Backing Material
|
Foam
|
|
Backing Thickness (Imperial)
|
22 mil
|
|
Backing Thickness (Metric)
|
560 Micron
|
|
Breathable
|
No
|
|
Conformability
|
High
|
|
Contents
|
1,000 per box
|
|
Edging
|
Yes
|
|
Fluid Resistance Backing/Carrier
|
Yes
|
|
Hypoallergenic
|
No
|
|
Lens Type
|
Standard
|
|
Liner Caliper (Metric)
|
76 Micron
|
|
Liner Caliper (mils)
|
3 mil
|
|
Liner Color
|
White
|
|
Liner Material
|
Paper
|
|
Liner Weight
|
53 lb.
|
|
Liner Weight (Metric)
|
86 g/m²
|
|
Material
|
Polyolefin Foam
|
|
Primary Application
|
Optical RX Lens Processing
|
|
Printable Backing
|
No
|
|
Product Type
|
LEAP™ III Finish Blocking Optical Lens Edging Pads
|
|
Product Usage
|
Optical Lens Processing
|
|
Shape
|
Round
|
|
Size
|
26 mm
|
|
Tape Type
|
LEAP™ III Finish Blocking Optical RX Lens Processing Pads
|
Details
- Torque (slip) resistant
- Conformable for all types of lens styles and base curves: low edge lifting
- Adheres to various eyeglass lens materials
- Finished good for Opthalmic Industry
- For use during edging or finishing of ophthalmic lenses
For years 3M LEAP pads have been recognized by optical labs worldwide as the benchmark for quality lens edging pads. These pads offer the industry’s best slip resistance, keeping lenses firmly in place during edging. These 1692M LEAP™ III Finish Blocking pads are 26 mm round, designed for WECO flexible blocks. 1000 pads per roll.
3M Medical Materials and Technologies helps health care manufacturers design and build more reliable, innovative and feature-rich medical devices. Customers leverage 3M technical expertise to select materials and technologies that integrate together for their break-through medical industry, device innovations designed for improving or enhancing lives.
Suggested Applications
- May be used in RX optic lens edging or finishing
- Used when edging opthalmic lenses
- WECO Edgers
- Material and / or technology for health care or medical device
- Aids in general optical lens processing
Resources
