History

At the age of 23, Mr. Chen Chengjun, founder of CHENcan Machinery, made the bold decision to resign from his position as a lathe operator and embark on his entrepreneurial journey. By leasing a small workshop and entering the machining business, he laid a solid foundation for what would become the future of CHENcan Machinery.

CHENcan Machinery was established in Qi he, De zhou City, Shandong Province, specializing in the production of equipment for window manufacturing, marking the beginning of its entrepreneurial journey.

After years of technological accumulation, CHENcan Machinery successfully developed specialized processing equipment for uPVC (plastic-steel) doors and windows. This breakthrough marked the company’s successful transformation from a traditional machining workshop into a professional equipment manufacturer.

The Shandong Production and Research Base of CHENcan Machinery (Shandong CHENcan Machinery Equipment Co., Ltd.) was completed and officially put into operation in 2007.

CHENcan Machinery independently developed, designed, and produced its first cnc router machine. Marking a key step into the CNC equipment field and laying a solid foundation for diversified growth. In the same year, the company began to explore the international market, officially entering a phase of rapid development in CNC machines industry.

Focusing on the industry pain point of low efficiency when using metal-cutting machines for large non-metal materials, CHENcan Machinery successfully developed a high-speed gantry milling machine specifically for foam and wooden casting mold processing.

This innovation not only pioneered a new industry for high-speed machining of large non-metal materials, but also delivered a more cost-effective solution — significantly enhancing both productivity and economic value for customers.

Committed to replacing imported equipment in the field of large-scale composite material machining, CHENcan Machinery launched its R&D project in 2012 and, by 2014, successfully developed the first 5 axis cn machining center for composites with RTCP (Rotating Tool Center Point) functionality among private enterprises in mainland China. The bi-rotary head technology was also independently developed in-house.

In addition, CHENcan was among the first in the industry to adopt advanced installation and calibration tools such as laser interferometers — further enhancing equipment precision and reliability, and setting a new benchmark for domestic high-end composite machining technology.

In response to the complex conditions and high-efficiency demands of large composite sandwich panel cutting, CHENcan Machinery successfully developed a specialized high-efficiency machining center that integrates both milling and cutting operations.

This equipment combines multiple machining processes into one streamlined solution — significantly improving both processing efficiency and precision — while offering a new high-performance manufacturing solution for the composite materials industry.

Focusing on the industry pain point of rapid manufacturing for composite forming molds and tooling fixtures, CHENcan Machinery keenly identified domestic market demands and became one of the first to develop an FDM-based hybrid 3D printing and milling center — achieving this breakthrough in parallel with leading Western enterprises

This groundbreaking integration of technologies offers an innovative solution for fast and efficient production, fills a critical gap in the domestic market, and drives technological advancement and upgrading across the industry

China’s Largest Exported 5-Axis CNC Machining Center for Wind Turbine Blade Molds (with 65m Travel Range) been officially launched and successfully delivered to clients. The successful delivery of this equipment not only demonstrates Chencan Machinery’s technical strength in the field of high-end equipment manufacturing, but also marks the further enhancement of the influence of domestic high-end equipment in the international market.

China’s Only Large Format Composite Mold 3D printer capable for Autoclave: Independently developed third-generation Fused Deposition Modeling (FDM) additive manufacturing technology has reached the level of international standards. Capable for composite mold and Jigs which not excedding 180℃ usage temperature.

After a year of continuous testing and improvement, the industrial-grade screw extrusion additive manufacturing equipment 3D printer DF2030 was officially launched to the market in 2025.