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Founded in 2010 and headquartered in the Intelligent Equipment Industrial Park, Luojiang District, Quanzhou City, Fujian Province, Fujian Jinggong CNC Machine Tool Co., Ltd. is a national high-tech enterprise specializing in the R&D, manufacturing, and sales of metal cutting and forming equipment. The company covers an area of ​​approximately 30,000 square meters and boasts a large-scale constant-temperature precision machining workshop, a five-axis linkage testing center, and a provincial-level enterprise technology center, possessing full-chain manufacturing capabilities from casting and machining to complete machine assembly.

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New Products

Chinese Plant High Performance V-Series Vmc Mini Vertical Machining Center CNC Milling Boring Drilling and Reaming Machine

Chinese Plant High Performance V-Series Vmc Mini Vertical Machining Center CNC Milling Boring Drilling and Reaming Machine

CNC Miller High Speed Vertical Machining Center Vmc860

CNC Miller High Speed Vertical Machining Center Vmc860

Chinese Factory Top Quality Box Guide Ways Vmc CNC Vertical Machining Center for Metal

Chinese Factory Top Quality Box Guide Ways Vmc CNC Vertical Machining Center for Metal

CNC Gantry-Type Milling & Drilling Machining Center with Siemens System

CNC Gantry-Type Milling & Drilling Machining Center with Siemens System

Vmc855 Machine Center for Metal Working Milling and Drilling High Speed CNC Milling Machine

Vmc855 Machine Center for Metal Working Milling and Drilling High Speed CNC Milling Machine

CNC Milling Machine Instead of Grinding for Sale

CNC Milling Machine Instead of Grinding for Sale

Twin Head Horizontal Milling Machine for Precision Steel Block

Twin Head Horizontal Milling Machine for Precision Steel Block

High Cutting Force CNC Machining Twin Head Horizontal Milling Machine with Japan Fanuc System

High Cutting Force CNC Machining Twin Head Horizontal Milling Machine with Japan Fanuc System

News

  • Professional Aramid Fabric: Unraveling the Science Behind Extreme Durability
  • How to Troubleshoot Thread Tension Issues on a Double Needle Postbed Computer Mark Line Pattern Sewing Machine
  • How Can a WPC Profile Making Machine Improve Your Production Efficiency?
  • What Is the Maximum Input Wire Diameter for a Standard Single Head Wire Rolling Mill
  • How Can a Gantry Barrel Plating Line Improve Industrial Electroplating Efficiency?
  • How Can a Highway Bridge Deck Paver Improve Bridge Construction Efficiency and Durability?
  • Can an Oil-Free Screw Blower Replace a Centrifugal Compressor in Low-Pressure Applications
  • Can an Automatic Film Laminator with Powder Remover Handle Thick Cardboard and Corrugated Board

  • Professional Aramid Fabric: Unraveling the Science Behind Extreme Durability

    Discover the extraordinary world of professional aramid fabric, a material that redefines toughness. This article dives into the molecular secrets that give it the power to withstand forces that rip through ordinary textiles. From life-saving ballistic gear to cutting-edge aerospace components, aramid's resilience is unmatched—and the science behind it is just as fascinating. You'll explore how polymer chains align to create formidable strength, and get a glimpse of how innovators like DROTEX are taking this technology further, crafting advanced solutions that blend reliability with breakthrough performance. It's a story of chemistry meeting real-world demands, perfect for anyone intrigued by the hidden potential of high-performance materials.

  • How to Troubleshoot Thread Tension Issues on a Double Needle Postbed Computer Mark Line Pattern Sewing Machine

    Thread tension problems are among the most frequent frustrations for operators running a Double Needle Postbed Computer Mark Line Pattern Sewing Machine. When tension goes wrong, you lose stitch quality, waste materials, and slow down production. This guide delivers a systematic, shop‑floor proven approach to diagnosing and fixing tension faults—specifically for this machine class—while highlighting how Lidebao engineering simplifies the process.

  • How Can a WPC Profile Making Machine Improve Your Production Efficiency?

    The demand for sustainable, durable, and environmentally friendly building materials has increased rapidly in recent years. WPC (Wood Plastic Composite) profiles have become a popular choice for outdoor decking, wall panels, fencing, door frames, and decorative applications due to their excellent durability and low maintenance requirements. However, manufacturers often face challenges such as unstable production quality, high energy consumption, complicated operation, and limited production capacity. This article explains how a WPC Profile Making Machine can help manufacturers overcome these problems, improve efficiency, reduce costs, and achieve consistent product quality. It also introduces key selection factors and practical solutions for businesses looking to upgrade their production lines with reliable equipment from Yongte.

  • What Is the Maximum Input Wire Diameter for a Standard Single Head Wire Rolling Mill

    When sourcing wire reduction equipment, the very first specification that procurement engineers and production managers check is the maximum input wire diameter. This single number determines whether your existing rod stock can feed into the Single Head Wire Rolling Mill without pre‑processing, and it directly impacts your downstream drawing schedule, annealing cycles, and overall plant throughput.

  • How Can a Gantry Barrel Plating Line Improve Industrial Electroplating Efficiency?

    A Gantry Barrel Plating Line is an advanced automated electroplating solution designed to improve productivity, coating consistency, and operational safety for manufacturers handling large volumes of small and medium-sized metal components. Traditional manual plating methods often face challenges such as unstable coating quality, high labor costs, limited production capacity, and difficulties in process management. This article explains how modern Gantry Barrel Plating Line technology addresses these problems through automation, intelligent control systems, optimized material handling, and precise plating management. It also explores key selection factors, application industries, maintenance strategies, and frequently asked questions to help businesses choose the right plating equipment.

  • How Can a Highway Bridge Deck Paver Improve Bridge Construction Efficiency and Durability?

    Highway bridge construction requires advanced paving solutions that can withstand heavy traffic loads, changing weather conditions, and long-term structural stress. A Highway Bridge Deck Paver plays a critical role in achieving smooth, durable, and efficient bridge deck surfaces. This article explains how bridge deck paving equipment helps contractors overcome common construction challenges, improve paving accuracy, reduce maintenance costs, and extend bridge service life. By understanding key technologies, application advantages, and selection considerations, construction professionals can make better decisions when choosing reliable paving solutions.

  • Can an Oil-Free Screw Blower Replace a Centrifugal Compressor in Low-Pressure Applications

    For plant engineers and procurement managers, the choice between a centrifugal compressor and an oil-free screw blower for low-pressure duty (typically 0.3 to 1.5 bar) is rarely straightforward. Both technologies deliver bulk air, but their operating principles, efficiency curves, and lifecycle costs diverge sharply. At Dream, we have observed a clear shift: many facilities are now retrofitting their centrifugal units with oil-free screw blower technology for specific pressure bands. But is a full replacement justified? This blog examines the technical and economic realities.

  • Can an Automatic Film Laminator with Powder Remover Handle Thick Cardboard and Corrugated Board

    For print finishers and packaging converters, the question is not merely about lamination—it is about survival in a margin-sensitive industry. Thick substrates, particularly cardboard and corrugated board, present unique challenges: uneven surfaces, fibre dust, board warpage, and adhesive compatibility. The Automatic Film Laminator with Powder Remover has emerged as a specialised solution, but does it truly deliver on heavy-duty applications? This blog examines the engineering, operational data, and real-world performance of these machines, with particular attention to Rongda’s implementation of this technology.

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