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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

  • What are the main differences between a biogas generator set and a natural gas generator set
  • What are the common maintenance issues in a CNC gantry machining center and how can you solve them
  • How Does a Four-High Rolling Mill Reduce Rolling Force Compared to Other Rolling Mill Configurations
  • How Does a Receiving Scale Improve Warehouse Accuracy and Efficiency?
  • What safety benefits can a fully automatic pipe arranging machine provide for high risk work environments
  • How Can Bridge Type Stone Cutting Machines Help Stone Fabricators Cut Faster and Waste Less?
  • Why Is CNC Milling Essential for Precision Manufacturing?
  • How Does Microbending Impact Signal Integrity Within an Optical Fiber Communication Bundle Pipe

  • What are the main differences between a biogas generator set and a natural gas generator set

    When selecting a power generation solution, understanding the technical and operational distinctions between a biogas generator set and a natural gas generator set is critical. Kecheng has extensive experience in manufacturing both types of systems, and this guide outlines the key differences to help you make an informed decision.

  • What are the common maintenance issues in a CNC gantry machining center and how can you solve them

    A CNC Gantry Machining Center is the backbone of large-scale precision manufacturing, yet even the most robust systems encounter wear and performance drift over time. At Bodiao, we have helped countless workshops restore and optimize their equipment by identifying frequent failure points and applying targeted solutions. Below is a professional breakdown of common maintenance issues in a CNC Gantry Machining Center and how to solve them effectively.

  • How Does a Four-High Rolling Mill Reduce Rolling Force Compared to Other Rolling Mill Configurations

    In metal forming, the Four-High Rolling Mill stands out for its ability to significantly lower rolling force compared to traditional two-high or cluster mills. At GRM, we engineer these systems to maximize efficiency while minimizing energy consumption. Understanding the mechanics behind force reduction helps manufacturers achieve thinner gauges with less power.

  • How Does a Receiving Scale Improve Warehouse Accuracy and Efficiency?

    Receiving errors cost businesses time, money, and customer trust. A receiving scale is more than a weighing device—it is a frontline control system that ensures inbound goods are accurate, verified, and properly documented. This article explains how receiving scales work, how they solve common warehouse pain points, and how to choose the right solution for your operation.

  • What safety benefits can a fully automatic pipe arranging machine provide for high risk work environments

    The Fully Automatic Pipe Arranging Machine from Feihong directly addresses these hazards by eliminating the need for workers to physically touch, lift, or position pipes during the arranging process. Below is a detailed exploration of the safety advantages this technology delivers.

  • How Can Bridge Type Stone Cutting Machines Help Stone Fabricators Cut Faster and Waste Less?

    When I evaluate stone processing equipment for a workshop, I do not just look at horsepower or price tags. I look at whether the machine can solve the real problems that slow production down every day. That is why I started paying close attention to Fujian Xianda Machinery Co.,Ltd. while researching more reliable cutting solutions for slab shops and custom stone factories.

  • Why Is CNC Milling Essential for Precision Manufacturing?

    CNC Milling has become a cornerstone of modern manufacturing, transforming how industries produce precision components with efficiency, consistency, and scalability. From aerospace to automotive, and from medical devices to consumer electronics, CNC Milling enables manufacturers to achieve complex geometries and tight tolerances that traditional machining methods cannot match. At NINGBO UNITED MACHINE CO., LTD., CNC Milling is not just a process—it is a commitment to delivering high-quality, reliable, and cost-effective machining solutions tailored to global customer needs.

  • How Does Microbending Impact Signal Integrity Within an Optical Fiber Communication Bundle Pipe

    Microbending is one of the most subtle yet destructive forces affecting signal transmission in modern fiber optic networks. Within an Optical Fiber Communication Bundle Pipe, such as those manufactured by Fangli, even microscopic curvatures in the fiber core can lead to significant optical power loss. This blog explores the physics behind microbending, its measurable effects on signal integrity, and how the right bundle pipe design preserves data fidelity.

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