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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

  • How to Select and Operate a Machining Center for Precision Manufacturing
  • How Do You Maintain a 12 Passage Wire Drawing Machine for Maximum Lifespan
  • Is an Automatic Window Patching Machine Worth the Investment for Small Print Shops
  • What Maintenance Does a Cutting Die Creasing Auto Rule Cutting Machine Require Weekly
  • How High Tech Automated Sewing Device Transform Modern Manufacturing Efficiency?
  • What Is the Best Automatic Round Corner Case Maker for High-Volume Printing Shops
  • How Often Should You Inspect a Sheet Metal Welded Assembly Counter for Safety and Accuracy
  • What Is the Maintenance Schedule for a Two Plug Socket Automatic Assembly Machine

  • How to Select and Operate a Machining Center for Precision Manufacturing

    A machining center is a core piece of modern CNC manufacturing infrastructure, widely used for high-precision milling, drilling, tapping, and multi-axis machining operations. This article explains how machining centers work, the different types available, key selection criteria, operational considerations, and maintenance strategies. It is designed to help engineers, procurement teams, and production managers solve real-world challenges such as accuracy instability, low efficiency, tooling wear, and process inconsistency. By the end, readers will have a structured understanding of how to choose and operate a machining center that matches production goals and long-term cost efficiency.

  • How Do You Maintain a 12 Passage Wire Drawing Machine for Maximum Lifespan

    Industrial wire drawing is a high‑stress operation. A 12 Passage Wire Drawing Machine runs continuously under extreme tension, heat, and abrasion. Without a disciplined maintenance strategy, even the most robust equipment deteriorates faster than expected. ALPHA has studied thousands of production floors, and the difference between a machine that lasts 15 years and one that fails in 8 years is never luck—it is routine care. This guide walks through every critical maintenance layer, from daily visual checks to annual overhauls, all tailored for your 12 Passage Wire Drawing Machine.

  • Is an Automatic Window Patching Machine Worth the Investment for Small Print Shops

    For small print shops, every equipment purchase demands careful scrutiny. The Automatic Window Patching Machine often appears as a tempting but costly addition. Is this specialized equipment a genuine growth engine, or an expensive distraction? This analysis, grounded in real-world production data and shop-floor realities, helps you decide. At NEW STAR, we have observed that the right machinery transforms small operations, but the choice must align with your specific order mix and volume.

  • What Maintenance Does a Cutting Die Creasing Auto Rule Cutting Machine Require Weekly

    For packaging manufacturers and carton converters, the Cutting Die Creasing Auto Rule Cutting Machine is the heartbeat of the production floor. When this machine stops, so does your output. Yet many operators treat weekly maintenance as an afterthought—until a stripped rule, a misaligned creasing matrix, or a hydraulic leak shuts down an entire shift.

  • How High Tech Automated Sewing Device Transform Modern Manufacturing Efficiency?

    The High Tech Automated Sewing Device represents a major evolution in textile and garment manufacturing. By integrating intelligent control systems, precision mechanics, and automation software, it dramatically improves production efficiency, reduces labor dependency, and ensures consistent stitching quality. This article explores how this advanced technology solves common manufacturing pain points, enhances scalability, and reshapes the future of industrial sewing operations, with insights from real-world applications including solutions offered by HD.

  • What Is the Best Automatic Round Corner Case Maker for High-Volume Printing Shops

    For production managers and plant owners in high-volume printing environments, the cornering station is rarely the headline act—until it becomes the bottleneck. When daily throughput reaches thousands of cases, boxes, or book covers, the difference between a reliable Automatic Round Corner Case Maker and a temperamental one shows up directly on the P&L. After evaluating twelve industrial models across six print facilities, one name consistently surfaces in operator logs and maintenance reports: Rongda.

  • How Often Should You Inspect a Sheet Metal Welded Assembly Counter for Safety and Accuracy

    In high-volume fabrication environments, the Sheet Metal Welded Assembly Counter is the backbone of repeatable quality. Yet many shop floors treat this critical workstation as a “set and forget” asset. The reality is that thermal stress, repeated clamping, and everyday material handling gradually degrade its reference surfaces and alignment pins. For fabricators using a Sheet Metal Welded Assembly Counter from Difon, the recommended baseline inspection interval is every 500 operating hours, or monthly for three-shift operations. This frequency catches micro-shifts before they become macro-rejects.

  • What Is the Maintenance Schedule for a Two Plug Socket Automatic Assembly Machine

    For manufacturers relying on high-speed production lines, the Two Plug Socket Automatic Assembly Machine is the backbone of consistent output and precision. Without a structured maintenance plan, even the most advanced equipment can suffer from unexpected downtime, quality defects, and shortened service life.

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