DOMOTEX Southeast Asia Exhibitor Spotlight | MIC CO., LTD.

Precision Japanese Servo Engineering: Inside MIC’s Custom Tufting Innovations for Next-Gen Carpet Production

Across Southeast Asia’s accelerating commercial design and hospitality sectors, textile manufacturers face mounting demand for complex, high-definition floorings—from intricate multi-color geometric contract carpets to deeply textured luxury rug tiles. As regional mills upgrade production lines to capture these high-value projects, machinery versatility and precise yarn control have become essential for maintaining profit margins. Recognizing that rigid off-the-shelf equipment limits design potential, MIC CO., LTD.—a Japanese manufacturer with more than 350 specialized tufting machines operating in mills worldwide—focuses on custom-tailored mechanical engineering that adapts directly to specific gauge, width, and pattern density requirements.

At DOMOTEX Southeast Asia 2026, MIC presents three distinct tufting platforms engineered for high-performance production: the ANDROID Tufting Machine, equipped with an advanced servo yarn-feeding system that precise-controls up to six colors for multi-level loop textures; the 2PH FRS+LCL HC/LC Tufting Machine, featuring specialized attachments on a standard FRS + LCL mechanism to yield clean, defined high-cut/low-cut 3D surface dimensions; and the MCT Tufting Machine, which leverages individual needle control across 10 yarn colors in cut-pile and cut-and-loop formats while drastically reducing back-stitch yarn usage for maximum material efficiency and visual pattern clarity.

By combining low-maintenance, long-lasting machinery with long-term technical service, MIC supports textile manufacturers in transitioning toward agile, high-margin carpet production.

Explore custom Japanese tufting engineering tailored to your mill’s production goals. Visit MIC CO., LTD.(Booth No.A152) at DOMOTEX Southeast Asia 2026!

PRE-REGISTER NOW: https://registration.expopass.co/page/fba_domotex_rtsea 

BITEC, Bangkok, Thailand

11 – 13 November 2026