Juki MO-6914S 4-Thread Overlock Machine

The Juki MO-6914S is a 2-needle, 4-thread super-high speed overlock/safety stitch machine. Machines are supplied fully assembled, complete with British RU/C wheeled stand, manufacturer grade tabletop, drawer & extras. Before dispatch, everything is tested and signed off by one of our technicians so you can be sewing within minutes!

The Juki MO-6914S is a powerful overlock machine which is popular due to its ultra-high speed sewing capabilities. Thanks to various adjustment mechanisms, including the needle and looper thread take-up, this machine offers upgraded responsiveness from light to heavyweight materials with a lower tension applied. This allows it to adapt to a wider range of materials and processes whilst consistently producing high-quality, soft-feeling seams. In addition to this, gauges and devices used with existing machines are interchangeable with no additional machining required, eliminating wasted resources and unwanted extra costs. Please contact our team directly for more information about the different subclasses and their suitability for your application.

Juki MO-6914S Features

• 2-needle, 4-thread, differential feed overlock machine popular with producers of apparel
• Creates properly tensed, high quality seams, even when working at speeds of up to 8,000 stitches per minute
• Produces delicate, soft-to-the-touch flexible seams which correspond to the elasticity of the material
• Comfortable operation due to the wider area around the needle entry and micro-lifter feature for added responsiveness
• Developed to provide an extended service life with various adjusting mechanisms allowing the user to match the settings to the material being sewn
• Optimally balanced for reduced noise and vibration during operation
• Shield-structured needle bar mechanism and upper and lower needle bar bushings contribute to increased durability and reliability
• Needle thread heat remover and needle cooler to prevent stitching problems during high-speed sewing
• Comes with various adjusting mechanisms to allow ideal conditions to be set for the type of material being used