Juki DDL-9000DF

Features

  • Best-suited to the sewing of extra light-weight materials and foundations
  • Easy-to-observe needle entry area
  • Wider space under the arm
  • Designed without an oil pan, the machine offers improved maintainability with easy removal of dust and lint
  • The machine is provided with various easy-to-operate functions for increased operability
  • With its newly designed feed mechanism, thread take-up and light-in-weight mechanism, the machine offers both upgraded sewing capabilities and excellent operability
  • The machine has been developed based on thoroughgoing studies on safety, maintainability, reliability, and durability
  • Newly developed control box
  • The operation panel can be selected according to the process
  • Complete with table stand and motor
Juki DDL-9000DF
Juki

Juki DDL-9000DF
Direct-drive, High-speed, Lockstitch Machine

Price: $2,975.00

(You can always remove it later.)
Juki

With its newly developed large machine head, the DDL-9000 dramatically upgrades seam quality and increases efficiency.

Juki

Outstanding operability! The machine easily sews hard-to-sew materials.
With its abilities to sew sharp curves and prevent material slippage, the machine performes outstandingly.
The machine prevents puckering, irregular stitches, and uneven material feed!

Juki

Thread tension components: The machine uses a low-tension spring that supports the low-tension sewing capability.
A fixed-type thread guide is used to offer a constant, steady feed of the thread.
Presser mechanism: The presser spring regulator produces an extra low pressure of 500 g. The light-weight presser foot won't jump even when the pressure foot pressure is low.
Specific gauges: The machine is equipped as standard with a throat plate, feed dog, and presser foot specifically designed to prevent puckering.


The DDL-9000 incorporates a direct-drive system (DD system) that offers quick start-up, upgraded stop accuracy, excellent responsiveness, and a stronger needle thrust for faster, better penetration into the material.