Model no.: M - P Characteristics All APPLICABLE SEWING THREAD WINDER IN OVER THE WORLD SINCE 1984. PVC shrinkable film input by manual Shrinkable and pack by heat automatically Compact pack and brillant shape Item Unit Description Remarks Floor space m/m 360 x 1,600 x 1,290 W x L x

Model no.: MI - V2 Characteristics All APPLICABLE SEWING THREAD WINDER IN OVER THE WORLD SINCE 1984. High productivity to competitive unit price Simple in operation & higher durability Separated spindle and power motor Automatic digital counter Automatic lubricator Spindle controller

Model no.: MI - V5 Characteristics All APPLICABLE SEWING THREAD WINDER IN OVER THE WORLD SINCE 1984. A fast operation efficiency yarn speed 800m/min Single driving type of each spindle Yarn length measuring of arithmetic type Automatic lubricator Simple in operation & durability of superiority

Model no.: MI - V2 Characteristics All APPLICABLE SEWING THREAD WINDER IN OVER THE WORLD SINCE 1984. High productivity to competitive unit price Simple in operation & higher durability Separated spindle and power motor Automatic digital counter Automatic lubricator Spindle controller

Model no.: MI - V5 Characteristics All APPLICABLE SEWING THREAD WINDER IN OVER THE WORLD SINCE 1984. A fast operation efficiency yarn speed 800m/min Single driving type of each spindle Yarn length measuring of arithmetic type Automatic lubricator Simple in operation & durability of superiority

Overview  The Pulsarlube V's pro-logic microprocessor chip control allows for programming of the unit to be as simple as pressing a single button. The Pulsarlube V operates on the principle of inert Nitrogen (N2) gas generation through the use of an electrolyte and electrical energy. Pressure is generated intermittently above the piston

Overview  The Pulsarlube V's pro-logic microprocessor chip control allows for programming of the unit to be as simple as pressing a single button. The Pulsarlube V operates on the principle of inert Nitrogen (N2) gas generation through the use of an electrolyte and electrical energy. Pressure is generated intermittently above the piston