الاجهزه الالكترونيات الامريكية قد تحتاج الى محمول فولت من ١١٠ الى ٢٢٠.قد تحتاج إلى محول كهرباء
مميزات خاصة
Optometry Chin Support:Computerized forehead drag bracket can lift the bracket, our brackets are designed to support your chin while still helping you get the right amount of vision
Lift Adjustment:The computer-controlled forehead drag bracket can automatically lift the bracket, making adjustment simple and aesthetically pleasing. Electroplating process, rustproof and more practical
Forehead Bracket:This bracket is designed to be used in conjunction with the eyeglasses and chin. it can also be used as a headband, which can help you lift your face
Product Size:Front size 460×250mm/18.1×9.8 inch, Bracket size: 115×105mm/4.5×4.1 inch, Lifting height: 40mm/1.6 inch, Back and forth from the chin support to the top; 150mm/5.9 inch to 190mm/7.5 inch (as illustrated in the image)
Wide Application : Suitable for large optical stores, vision centers, hospitals, optometry training centers, eye care institutions and various other places
وصف
Eyeglass equipment vision training forehead support optometry accessories support lifting forehead support chin support
Specifications:
- Front size: 460 × 250mm//18.1×9.8 inch
- Bracket size: 115 × 105mm//4.5×4.1 inch
- Lifting height: 40mm/1.6 inch
- Distance from chin rest to headrest: 150mm~190mm/5.9~7.5 inch
- Product weight: 2.1Kg
Chin Rest Forehead Support Optometry Accessories - Vision Training Forehead Bracket - for Auto Refractometer, Vision Training, Optical Instrument.
Forehead Rest Knob
Conveniently adjust the height of the forehead rest to meet different customer needs.
Chin Rest
Pallet curve design, comfortable chin support.
Forehead Rest
Caring and reliable. Used to hold against the fixed forehead.
Widely Applicable
Applicable to eyeglasses stores, optometric centers, eye care centers, etc.
Tips:
1. Due to the different monitor and light effects, the actual color of the item may be slightly different from the color shown on the picture. Thank you!
2. Please allow 1-3cm measurement deviation due to manual measurement.