V’Sign Neo Piston Filler Fountain Pen in Black with Semi-Flex Nib & Ebonite Feed
V’Sign Neo Piston Filler Fountain Pen in
Black with Semi-Flex Nib & Ebonite Feed
Product Description:
Instawrite (the manufacturer behind the brands Beena & V'Sign) is one of the oldest manufactures of fountain pens in India. They are the OEM for many brands (Camlin, now defunct Chelpark , etc) in India since 1965. Their old model were branded under Beena, while the new models are branded under V’Sign.
V’Sign Neo is a fountain with Piston Ink Filling Mechanism, made inspired by Chelpark Moti.
The stock nib is replaced with Kanwrite Flex nib. The stock plastic feed is replaced with a custom Ebonite feed to enhance ink flow. The stock nib (Fine Point) is also included with this pen.
Note: Need to give moderate pressure to get the semi-Flex Effect.
Do not expect the features of full flex/ultra flex/vintage flex from this pen/nib.
Pen Type : Fountain Pen
Pen Manufacturer/Brand : V’Sign
Pen Model : Neo
Product Specification
Pen Material & Color
Cap : Stainless Steel – Matte Finish
Barrel & Section : Acrylic/Plastic – Black (seamless body)
Feed : Custom Ebonite Feed in Black colour , Diameter - 5.00 mm
Cap Type : Slip Cap
Nib Type & Material : Kanwrite #5.5 Flex Nib Iridium Tipped , Stainless Steel
Nib Points available : F or EF
Nib Finish available : Two Tone (TTF) or Chrome (SSF)
Filling Mechanism : Piston Filler
Ink Capacity : 1.00 ml
Pen Size : Regular
Pen Weight – Capped : 13.50 gm
Pen Weight – Uncapped : 8.50 gm
Pen Length – Capped : 134.00 mm or 5.27 inch
Pen Length – Uncapped : 126.00 mm or 4.95 inch
Pen Length – Posted : 162.00 mm or 6.37 inch
Barrel Plus Section : 108.00 mm or 4.24 inch
Pen Length – Cap : 61.00 mm or 2.40 inch
Pen Cap Diameter : 11.50 mm or 0.45 inch
Pen Barrel Diameter : 11.00 mm or 0.43 inch
Pen Section Diameter : 8.50-9.50 mm or 0.33-0.37 inch
Note 1: The actual colour of the pen may slightly differ from the images because of different monitor settings/calibrations.
Note 2: Need to give moderate pressure to get the semi-flex effect.