UCLA Titanium base for Isomed® Bifasici Esagono Interno Internal Hex RP 3.5
The UCLA is a castable abutment with a titanium alloy base. It may be used for single screw or cement-retained restorations. Compatible with Isomed® Bifasici Esagono Interno Internal Hex RP 3.5.
$22.00
Compatibility
Isomed®
Restoration
Cement restoration
Platform / Connection
Bifasici Esagono Interno Internal Hex RP 3.5
Screw type
USWR-3783
Torque
30 Ncm
Supplied with
USWR-3783
Code
Stock
Quantity
Shipping
USPS
Shipping cost
Free
Estimated delivery time
1–2 business days
Tracking information
Available
DHL Express
Shipping cost
Free
Estimated delivery time
5–10 business days
Tracking information
Available
Payment
We accept payments: by Credit Cards (Visa, MasterCard, Maestro, American Express), PayPal.
All payment methods are secured with an SSL certificate and are completely secure. The website has been checked and protected by international data protection systems.
Return policy
Please note that the returned item must not be damaged or used and must be sent in the original packaging. Returns can be initiated within 60 days of receipt.
Refunds are made no later than 5 business days from the date of receipt of the parcel at the company's warehouse.
SHIPPING COST
ESTIMATED DELIVERY TIME
TRACKING INFORMATION
USPS
Free
1–2 business days
Available
DHL Express
Free
5–10 business days
Available
We accept payments: by Credit Cards (Visa, MasterCard, Maestro, American Express), PayPal.
All payment methods are secured with an SSL certificate and are completely secure. The website has been checked and protected by international data protection systems.
Please note that the returned item must not be damaged or used and must be sent in the original packaging. Returns can be initiated within 60 days of receipt.
Refunds are made no later than 5 business days from the date of receipt of the parcel at the company's warehouse.
FAQ
What is UCLA Titanium base for Isomed® Bifasici Esagono Interno Internal Hex RP 3.5 made of?
It is made from Grade 23 titanium-aluminum-vanadium alloy, which withstands many more cycles of use than comparable surgical steel implants.
Related products
Categories
Multi unitsAbutmentsInstrumentsLaboratoryCAD/CAMOverdentureAccessories for Multi UnitsTrial KitsImplants
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