VC1700-8FEconomy type High Speed Cylinder Bed Interlock Stitch Machine. Non-stain Technology and a Capability for a Wide Range of Sewing Conditions Gives You High Quality .Yamato's Signature Active Thread Control supports ideal seam over wide range from soft and elastic seams for microfibers to tight seams for outer wears. "Non-stain" Technology minimizes the risk of oil stain, the most frequent cause of defects. Easy handling and easy maintenance thanks to Switchable Needle Bar Stroke, Looper Thread Take-up Cam System and Foot Lifter Lever Mechanism.
Active Thread Control supports ideal seam over a wide range from soft and elastic seams for microfibers to tight seams for outer wears. Making ideal seams over wide range, Active Thread Control supports wide variety seams from soft and elastic seams to tight seams. Yamato Active Thread Control makes ideal thread balance control to form any desired seam, with less stress given to each thread. Ideal seam over wide range from soft and elastic seams for microfibers to tight seams for outer wears. Active Thread Control supports wide variety seams from soft and elastic seams to tight seams
"Non-Stain" Technology. Less friction, Less Lubrication. Forced lubrication to the upper shaft. Much less lubrication than conventional machines are required thanks to high-tech mechanical parts dramatically reducing frictions. The oil is pumped to needle bar crank area, all way through upper shaft. Thanks to "forced lubrication", very small, but stable amount of oil is always given to exactly where it is necessary, and ensures less risk for leakage while maintaining machine performance.
Special Seals Prevent Oil Leakage. Special sealing mechanism is installed on each bushing above fabric and sewing cylinder area.These seals are designed to prevent oil excess from dripping on fabric, by wiping oil film away from surface of moving parts. Excess Oil is Collected and Circulated. Excess Oil is Collected and Circulated. Wiped oil excess is collected by pump force to be cooled down and filtered for next cycle of lubrication.
