Must-have Restored 1937 Parker Burgundy Pearl Double Jewel Vacumatic Oversize Fountain Pen Ready To Use [peXyzbR1]

Must-have Restored 1937 Parker Burgundy Pearl Double Jewel Vacumatic Oversize Fountain Pen Ready To Use [peXyzbR1]

Discover the timeless elegance of this beautifully restored 1937 Parker Burgundy Pearl Double Jewel Oversize Fountain Pen. This exceptional piece is a testament to the artistry of Parker's first-generation Vacumatic models, offering a blend of historical charm and functional luxury. Crafted from luxurious Burgundy Pearl Celluloid, this Oversize pen exudes sophistication and is a rare find for collectors and enthusiasts alike.

PRODUCT PROPERTIES & SPECIFICATIONS

This exquisite fountain pen boasts a host of remarkable features. With its 5 3/8" capped and 6 1/4" posted dimensions, it is the largest pen from the 1st Generation, resembling the later Senior Maxima. The Oversize's chunkier contour adds a sense of grandeur, while the gripping section is larger than the Senior Maxima, ensuring a comfortable and secure hold. The pen has been meticulously restored, with an ultrasonic cleaning process applied to the Nib, feed, section, breather tube, cap, and barrel. A new, properly sized diaphragm and hand-polished Feather Gold Filled Split Arrow Clip, 3-Ring Cap Banding, 14K U.S.A. Parker NIB, and bottom tassel complete this masterpiece.

PRactical Uses & Benefits

Perfect for those seeking to add a touch of historical grandeur to their writing experience, this Parker Vacumatic is more than just a writing instrument; it's a statement piece. Ideal for daily use or as a cherished addition to any writing arsenal, it offers a smooth and luxurious writing experience with its 14K 2-tone Gold Split Arrow NIB. The NIB, with a date code of 7 for 1937, matches the barrel and year of this fountain pen, and writes with a fine to broad stroke line. This pen is a must-have for collectors looking for a unique and high-quality piece, and it's ready to write or serve as an exquisite display item in any collection.