Maven Automatic Chain Knitting Machine Makes a Grand Debut, Empowering Jewelry Manufacturing Innovation with Precision and Efficiency
At the critical stage when the jewelry manufacturing industry is upgrading towards precision and scale, the performance of chain knitting machines directly determines the quality, efficiency, and market competitiveness of chain products. Leveraging over 10 years of profound experience in R&D and production of laser equipment, Shenzhen Maven Automation Co., Ltd. has officially launched its high-precision chain knitting machine—tailor-made for jewelry and chain production scenarios—into mass market. With multiple core technological breakthroughs, the machine solves long-standing challenges of traditional chain knitting, providing professional production equipment solutions for industry clients worldwide.
As a leading enterprise rooted in Shenzhen, Guangdong—the global hub of laser innovation—Maven Automation’s R&D and manufacturing capabilities form a solid foundation for the technological leadership of its chain knitting machine. The company boasts 3 modern production bases with a total of 8,000 square meters of standardized workshops, alongside an R&D headquarters and operation center in Shenzhen. Backed by over 20 invention and utility model patents, Maven has established a complete ecosystem from core technology R&D to large-scale production. Through its mature global service network, the company’s products are now available in more than 90 countries and regions, with extensive experience in equipment R&D across precision manufacturing sectors such as automotive, 3C digital, and new energy. The newly launched chain knitting machine represents another flagship product tailored to meet the demands of niche markets.
Traditional chain knitting equipment is plagued by common issues including low chain forming precision, frequent jamming/breakage, and poor material adaptability. Particularly in the production of fine precious metal chains and complex patterned chains, the high rejection rate severely hinders enterprise productivity. Addressing these industry pain points, Maven Automation has achieved comprehensive technological innovations in its chain knitting machine by leveraging R&D resources from 2 advanced laser laboratories:
Forming Precision: Equipped with a multi-axis servo drive system and high-definition visual monitoring module, the machine controls link spacing error within ±0.02mm, improving chain flatness by 40% compared to traditional equipment. It perfectly adapts to the precision forming needs of various complex chain types such as sideways chains, cross chains, and Cuban chains.
Operational Stability: Optimized transmission structure and intelligent fault early warning system extend the equipment’s trouble-free continuous operation time to over 800 hours, effectively reducing downtime losses.
Material Adaptability: Modular needle plate design and intelligent parameter adjustment enable flexible adaptation to different precious metals (pure gold, K-gold, silver, alloy) and raw material wire diameters ranging from 0.1mm to 2mm, significantly enhancing equipment versatility.
“Previously, using traditional chain knitting machines to produce fine gold chains resulted in a rejection rate of up to 12% and a production capacity of only about 30 chains per hour. After introducing Maven Automation’s chain knitting machine, the rejection rate dropped to below 1.5% and production efficiency increased to 80 chains per hour—we recovered the equipment investment in just three months,” commented a person in charge of a jewelry production enterprise in Shuibei, Shenzhen. Currently, the chain knitting machine has been successfully adopted by numerous jewelry processing plants and accessory manufacturers at home and abroad. It not only delivers outstanding performance in the precious metal jewelry sector but also demonstrates strong adaptability in niche fields such as luggage hardware chains and clothing decorative chains.
Post time: Nov-27-2025
