JUKI PS-910HB-13090ZKZ Industrial Computer-Controlled Pattern Seamer for Heavy Fabrics with Machine-Head Rotation (1,300x900 mm Sewing Area)

JUKI PS-910HB-13090ZKZ Computer-Controlled Pattern Seamer for Heavy Materials with Machine-Head Rotation & RFID Reader for Pattern Identification (1,300x900 mm Sewing Area)

Engineered for advanced pattern sewing, the JUKI PS-910HB-13090ZKZ delivers uniform seam quality across complex multi-directional paths. Its synchronized head–hook–feed rotation system preserves accuracy at up to 3,000 stitches per minute, supporting long uninterrupted perimeter and circular operations. With its generous 1,300×900 mm field, programmable presser control, active tension, and RFID-based wireless pattern handling, the machine drives higher precision, more efficient automation, and a reliably elevated production standard.

Please note: the machine configuration offered on this page does not include the optional laser cutter. The video shown is for general reference only.

What Sets Juki PS-910HB-13090ZKZ Apart

• Large 1,300×900 mm Sewing Field
  The broad sewing area accommodates wide workpieces and full-pattern runs, allowing long continuous seams to be completed in a single program. This reduces repositioning steps and minimizes alignment errors.
  
  

• Machine-Head Rotation for Directionally Accurate Stitching
  The sewing head, hook, and feed system rotate in sync with the stitching direction, so the needle always enters the material in the correct orientation. This preserves seam quality on curves, corners, arcs, and continuous 360° paths even at max speed of 3,000 stitches/minute.
  
• Advanced Operation Panel & 999-Pattern Memory
  

  The operation panel supports DXF, AI, PLT, and DST — formats already widespread in apparel and technical-textile production — so the machine can run customer patterns right away. Its high-capacity memory stores up to 999 patterns, and the included editing software simplifies on-site pattern adjustments.
  

• RFID Pattern Identification for Quick Start-Up
  Wireless, non-contact RFID technology (radio-frequency identification) reads the sewing data encoded on IC chips using radio waves. After the pattern is detected, the machine automatically loads the corresponding sewing program, streamlining setup and reducing operator steps.
• Active Thread Tension for Balanced Stitch Formation
  Active tension technology enables precise, stitch-by-stitch adjustments to the needle-thread tension. This lets operators match tension to fabric thickness and apply directional corrections directly from the panel, resulting in more stable, predictable stitch formation.
  
  
• Programmable Intermediate Presser for Layer Control
  The intermediate presser’s lower-dead-point height can be set per pattern, allowing it to respond smoothly to changes in material thickness. By keeping layers firmly controlled, it minimizes stitch skipping and thread breakage while maintaining crisp, precise pattern edges.
  
  
• Full-Rotary Double-Capacity Hook for Long Cycles
  The high-capacity hook extends the time between bobbin changes and maintains smooth thread delivery during long continuous patterns. This is especially valuable when sewing perimeter reinforcements or large-format templates that cannot be interrupted mid-cycle.
  

How It Improves Your Workflow

• More Predictable Stitch Quality in Every Direction
  With the head, hook, and feed rotating in sync with the sewing path, seam quality stays consistent on curves and direction changes. This cuts output variation and reduces the volume of pieces needing correction.

• Faster Completion of Large Patterns
  The 1,300×900 mm field and 3,000-stitches/minute max speed let full patterns run in a single cycle rather than multiple repositioned segments. Operators handle fewer steps, line pacing improves, and throughput remains steadier.

• Streamlined Changeovers With Fewer Setup Errors
  The built-in RFID reader identifies the sewing data encoded on an IC chip and immediately loads the correct program. This speeds up the start of each operation and helps prevent program-selection mistakes.
  

• Greater Reliability on Thick or Layered Assemblies
  The programmable intermediate presser height stabilizes material during dense stitching, reducing stitch skipping and thread breakage. Fewer interruptions translate to smoother, more predictable production flow.

• Uniform Output Across Operators and Shifts
  Digital pattern control, active tension, and large internal memory ensure the same parameters are reproduced every time. This standardizes quality and reduces time lost fixing inconsistencies.

Who Benefits Most 

✔ Apparel & Outerwear Factories — reinforcement patterns, label attachment, contour tacking, perimeter stitching on large garment panels.
✔ Technical Textile Manufacturers — programmed perimeter seams and shaped tack patterns on wide fabric components.
✔ Upholstery & Textile-Based Seating Producers — large panels, curved templates, shaped outline stitching for seat covers.
✔ Bag & Soft-Goods Workshops — patch tacking, pocket outlines, structured textile reinforcements.
✔ Safety & Workwear Producers — durable shaped stitching, patch attachments, and multi-directional tacking on heavy textile assemblies.