Electrical slip rings are widely used in instrumentation, machinery manufacturing, mechatronics and other industries. They are generally compact and powerful, and are mostly integrated. Some conductive slip rings also have the ability to resist vibration and have a high level of protection. As a long-established slip ring manufacturer that has been in the industry for nearly 30 years, Shenzhen JINPAT Electronics has very strong R&D capabilities, and the conductive slip rings developed by JINPAT are also very popular in the market.
When it comes to the electrical slip rings developed by JINPAT, we have to mention a series of products - JINPAT LPMS ultra-micro series conductive slip rings. The LPMS-05D/08D model produced by JINPAT has 5-way and 8-way channels, both with a diameter of only 5.5mm.
JINPAT's small-diameter conductive slip ring, LPMS-08S, has also entered the quasi-mass production state, and its diameter has reached 4.5mm. Jingpei's ultra-miniature series of conductive slip rings not only have a small diameter, but also have a low single-channel thickness. For example, Jingpei LPMS-44S has 44 channels and a total length of 23mm. Excluding the thickness of the bearing and insulating sheet, the thickness of each conductive ring is less than 0.4mm.
Shenzhen JINPAT Electronics Co., Ltd. is a technology company integrating R&D, production and sales of electrical slip rings. The company's independent research and development history has a history of nearly 30 years. The R&D center currently has several senior engineers, all of whom have work experience in domestic research institutes or Fortune 500 companies. In addition, JINPAT has also hired retired experts from domestic research institutes to provide guidance. JINPAT Electronics has always been committed to providing high-quality, cost-effective conductive slip rings for various fields. The rotary conductive solution provided by JINPAT Electronics can not only solve the customer's rotary conductive needs, but also optimize or inspire the customer's system optimization.