Hangzhou Xinkong Intelligent Technology

Hangzhou Xinkong Intelligent Technology

Offering tools for production line planning, edge computing and modular robots.

HQ location
Hangzhou, China
Launch date
Enterprise value
$55—83m
  • Edit
DateInvestorsAmountRound
*

CNY100m

Series B
Total Funding000k
Notes (0)
More about Hangzhou Xinkong Intelligent Technology
Made with AI
Edit

Hangzhou Xinkong Intelligent Technology Co., Ltd., also known as CoreControl, was established in May 2019 by its founder and CEO, Chen Li. His background includes a bachelor's degree in electrical and electronics from the University of York, a master's in satellite communications from the University of Surrey, and prior roles at Stäubli and Siasun Robotics. This experience in robotics and precision machinery laid the groundwork for CoreControl's focus on addressing the complexities of smart manufacturing.

The company operates as a soft- and hardware solutions provider for the smart manufacturing industry, targeting system integrators and equipment suppliers. Its business model centers on providing a full suite of development tools that streamline the design and implementation of automated production lines. CoreControl aims to empower its clients to build flexible, cost-effective, and predictable smart factory solutions. The company serves a diverse range of sectors, including automotive, 3C electronics, photovoltaics, lithium batteries, and biopharmaceuticals.

CoreControl's core offering is an integrated platform featuring three main products: the "CoreFactory" (or "Factory Steam") software, a centralized controller, and modular robots. The CoreFactory software allows engineers to design, simulate, and virtually debug production lines using a low-code, drag-and-drop interface akin to building with Lego blocks. This software can automatically generate about 70% of the product layout based on client needs. The centralized controller then takes the designs from the simulation and deploys them to the physical hardware, managing multiple robots from a single point. Finally, the modular robots, including SCARA, six-axis, and four-axis models, are used to physically construct the automated line, enabling rapid and flexible assembly. This integrated system creates a seamless transition from virtual simulation to real-world operation, effectively creating a digital twin of the factory floor.

Keywords: smart manufacturing, industrial robotics, automation solutions, digital twin, production line simulation, modular robots, motion control systems, Industry 4.0, factory automation, system integrators, robotic process automation, advanced manufacturing, machine vision, edge computing, smart factory, automotive manufacturing, electronics assembly, photovoltaic production, lithium battery manufacturing, biopharmaceutical automation

Analytics
Unlock the full power of analytics with a premium account
Track company size and historic growth
Track team composition and strength
Track website visits and app downloads