Takayama Reed Co., Ltd., a leading reed manufacturer for weaving looms based in Kanazawa, Japan, has developed a compact air pressure measuring device for air-jet looms (AJL) called the “TR-7700SN mini.” The device will be showcased at the textile machinery exhibition “ITMA ASIA + CITME Singapore 2025,” held from October 28 to 31.
Celebrating its 110th anniversary this year, Takayama Reed is renowned for its high-quality reeds and proactive development of new products tailored to customer needs. The TR-7700SN mini is a downsized version of the existing TR-7700SN model. It attaches magnetically to AJL reeds and uses three pitot tubes to digitally measure the direction and pressure of each sub-nozzle’s airflow. The data is transmitted via USB to a PC. The device fully charges in three minutes and can operate for about one hour. A small ruler is attached to the bottom of the unit, allowing users to measure while checking the distance from the sub-nozzle.
In addition to the TR-7700SN mini, Takayama Reed will also exhibit other innovations at ITMA ASIA + CITME Singapore 2025, including a rechargeable version of the TR-7700SN (previously battery-powered), the “Magic Reed” designed for easier knot passage, and the “Gradient Reed,” which allows continuous variation in reed density like a gradient. The Magic Reed will be accompanied by a demonstration device that lets visitors experience its knot-passing ease firsthand.
The company’s sales performance in 2025 is expected to remain steady, supported by orders from loom manufacturers and demand for reeds used in glass production. There is also growing interest in reed maintenance equipment from India.
Looking ahead to 2026, Takayama Reed anticipates uncertainty due to global instability, which may lead to restrained investment. However, the company aims to use the upcoming exhibition as a springboard to raise awareness among new customers in Asia, strengthen relationships with existing users, and incorporate customer feedback into future product development to drive sales growth.