Technology‑driven Leadership for Industrial Empowerment｜Xingte Technology Approved for Guangdong Provincial Engineering‑

Recently, the Department of Science and Technology of Guangdong Province officially released the 2025 list of recognised Guangdong Provincial Engineering‑Technology Research Centres. Shenzhen Xingte Technology Co., Ltd. (hereinafter referred to as Xingte Technology) has been approved to establish the Guangdong Provincial Engineering‑Technology Research Centre for Automated High‑precision Intelligent Winding Equipment, thanks to its outstanding technological innovation capacity, robust R&D strength and leading market position in the field of automated high‑precision intelligent winding equipment.

This provincial‑level innovation platform aims to build an enterprise‑led research hub featuring in‑depth industry‑university‑research collaboration. It targets breakthroughs in key generic industrial technologies and fosters industry‑leading enterprises. For Xingte Technology, this accreditation serves not only as official recognition of our industry leadership and solid technical prowess, but also embodies new expectations for us to spearhead the high‑end and intelligent upgrading of the industry.

Solid Strength: Cornerstone for the Provincial‑level Innovation Platform

This successful approval stems from years of dedicated efforts by Xingte Technology, a national‑level Key Specialized and Sophisticated “Little Giant" enterprise. Through indigenous R&D, the company has broken long‑standing overseas monopolies in high‑precision winding equipment. Our flagship products hold a prominent global market share. Core in‑house technologies including 0.01‑mm ultra‑high‑precision winding, paired with outstanding production yield exceeding 99 %, have laid a rock‑solid foundation for the construction of this engineering research centre.

Three Key Research Priorities: Precisely Tackling Core Industrial Bottlenecks

Building on our profound technical accumulation, the engineering centre will focus on three major research directions for automated high‑precision intelligent winding equipment, directly addressing critical bottlenecks constraining industrial progress.

First, advance high‑precision control technology. By integrating high‑resolution encoders, machine‑vision systems and intelligent algorithms, we further boost winding accuracy and operational stability. Key metrics such as spindle roundness error and winding pitch precision will be lifted to higher standards, meeting stringent requirements of high‑end scenarios including new‑energy‑vehicle motors and micro‑electronic components.

Second, iterate high‑efficiency flexible smart‑manufacturing solutions. Keeping pace with the new‑market norm of “multiple variants, small‑batch orders and short lead‑times", we leverage technological innovation, modular upgrades and digital programme‑adjustment technologies to realise rapid equipment change‑over and flexible reconfiguration of production lines. A flexible manufacturing system characterised by stable quality, fast change‑over, high efficiency, broad compatibility and favourable return‑on‑investment will be established. It greatly shortens industrial R&D and commissioning cycles, delivers systematic solutions for precision‑coil production, and effectively enhances core competitiveness for manufacturers.

Third, explore deep‑integrated applications of AI plus industrial internet. Multi‑dimensional sensors and intelligent data‑acquisition systems will be deployed to enable equipment self‑diagnosis, fault prediction and remote monitoring, building a full‑chain intelligent ecosystem spanning “R&D ‑ manufacturing ‑ application".

Industrial Empowerment: From Technology Pioneer to Ecosystem Enabler

The establishment of this engineering centre marks Xingte’s deeper transformation from a “technology trailblazer" to an “industrial enabler". Drawing on our leading real‑world market application experience, the centre will function as a core hub for disseminating key technologies. On one hand, research achievements will be quickly commercialised via Xingte’s standardised modules and solutions to raise overall efficiency across the industrial chain.

On the other hand, through open collaboration, high‑precision and flexible “Xingte Standards" and “Xingte Models" will be shared with ecosystem partners to drive the overall upgrading of industrial clusters. Fundamentally, with independently controllable core equipment, Xingte provides highly‑reliable critical hardware support for strategic emerging industries such as robotics, new‑energy vehicles and 3C electronics, making tangible contributions to safeguarding national industrial‑chain and supply‑chain security.

Looking Ahead: Powering Smart‑manufacturing Upgrading with an Innovation Engine

Going forward, Xingte Technology will take this provincial‑level Engineering‑Technology Research Centre as its core innovation engine. We will give full play to the platform’s agglomeration effect, bringing together top‑tier industry expertise, building a high‑calibre talent development and succession system, and nurturing a “talent cradle" for the precision‑manufacturing sector.

We will empower global partners with intelligent services and steer the precision‑manufacturing industry toward higher efficiency, greater flexibility and smarter operations through cutting‑edge technologies. We help customers reduce costs, lift efficiency and improve product quality. Riding the wave of high‑quality industrial development, we will paint a new blueprint for Smart‑Manufactured in China and contribute a “Chinese solution" to the intelligent transformation of the global coil‑manufacturing industry.