NICHOLAS MASI
Medical Practice at Federal Way, Providence, RI

License number
Rhode Island OP00094
Issued Date
Jan 1, 1973
Expiration Date
Jan 31, 2018
Category
Optometry
Type
Optician
Address
Address
100 Federal Way, Providence, RI 02919
Phone
(401) 454-2920 (Work)
(401) 454-3680 (Fax)

Personal information

See more information about NICHOLAS MASI at radaris.com
Name
Address
Phone
Nicholas Masi, age 81
47 Morgan Ave APT 67, Johnston, RI 02919
Nicholas Masi, age 37
76 Maplewood Ave, Warwick, RI 02889
(401) 467-4927
Nicholas Masi
24 Sophia Ln, Greenville, RI 02828
(401) 942-3594
Nicholas Masi
5 Di Fazio Dr, Johnston, RI 02919
(401) 943-3531
Nicholas Masi
53 Simmonsville Ave, Johnston, RI 02919
(401) 942-3594

Professional information

Nicholas Masi Photo 1

Site Director At Ymca Of Greater Providence

Position:
Site Director at YMCA of Greater Providence
Location:
Providence, Rhode Island Area
Industry:
Nonprofit Organization Management
Work:
YMCA of Greater Providence since May 2008 - Site Director Borders Oct 2007 - May 2008 - Barista/Customer Service Representative PetSmart May 2006 - Oct 2007 - Lead Cashier
Education:
Community College of Rhode Island 2006 - 2009
Associates, General Studies


Nicholas Masi Photo 2

Method Of Blocking Plastic Lenses For Surfacing

US Patent:
4158273, Jun 19, 1979
Filed:
Jan 9, 1978
Appl. No.:
5/868069
Inventors:
Donald G. Olsen - Riverside RI
Nicholas Masi - Providence RI
Assignee:
Crown Optical Company, Inc. - Greenville RI
International Classification:
B24B 100
US Classification:
51284R
Abstract:
An improved method and apparatus for blocking plastic lenses wherein an intermediate member in the form of a stiff, lightweight disc is interposed between the lens blank and a low melting point blocking material such that heat from the blocking material is absorbed by the member so as to prevent distortion of the lens blank. The face of the member is shaped so as to intimately conform to the standard convex side of the lens blank and is of a peripheral extent so as to provide stiffening support essentially over the entire surface thereof. The avoidance of lens distortion also enables lenses blocked in this manner to be re-blocked, if necessary, for corrective grinding.