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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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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

  • Why Does My 4 High Narrow Strip Rolling Mill Reversible Produce Edge Cracks at Higher Reduction Rates
  • How Do You Maintain and Clean a Six Heads Cap Function Embroidery Machine to Avoid Needle Breaks
  • What Is the Proper Maintenance Schedule for a Forced Action Concrete Mixer to Extend Its Lifespan
  • Can a Hollowness Grid Board Extrusion Line Produce Both Drainage Mats and Construction Protection Sheets
  • How Do You Set the Cylinder-to-Flat Clearance on a Carding Machine Correctly
  • Which Type of Asphalt Waterproofing Membrane Equipment Is Best for Torch-Applied Systems
  • What Is the Real Payback Period for a 200-250KW Screw Air Compressor Like the RS200-250ie in Heavy-Duty Manufacturing
  • How Often Should You Perform Maintenance on the S1692 Cam Shedding Device

  • Why Does My 4 High Narrow Strip Rolling Mill Reversible Produce Edge Cracks at Higher Reduction Rates

    If you operate a 4 High Narrow Strip Rolling Mills Reversible, you have likely encountered a frustrating paradox: pushing for higher reduction rates to boost productivity suddenly results in edge cracks that ruin coil quality. This is not a random defect—it is a predictable mechanical and metallurgical response. At GRM, we have analyzed hundreds of mill logs and found that edge cracking at elevated reductions almost always traces back to three interrelated factors: roll stack deflection, inadequate edge lubrication, and non-uniform work roll crown. Understanding these root causes is the first step toward rolling thinner gauges without scrapping your output.

  • How Do You Maintain and Clean a Six Heads Cap Function Embroidery Machine to Avoid Needle Breaks

    Needle breaks are one of the most frustrating and costly interruptions in commercial embroidery production. For owners of a Six Heads Cap Function Embroidery Machine, frequent needle fractures often trace back to poor maintenance, neglected cleaning, or incorrect cap-driver alignment. This guide delivers a professional, shop‑floor routine that minimizes downtime and protects your investment—whether you run a Yeshi unit or another industrial brand. The principles below apply universally, but we reference Yeshi service protocols because they are among the most structured in the industry.

  • What Is the Proper Maintenance Schedule for a Forced Action Concrete Mixer to Extend Its Lifespan

    Owning a Forced Action Concrete Mixer is a significant investment for any construction or ready‑mix operation. Unlike traditional drum mixers, these machines use a horizontal pan and rotating blades to deliver rapid, uniform mixes—but their complex mechanisms demand a disciplined maintenance routine. Without one, wear parts fail prematurely, downtime skyrockets, and the return on your investment shrinks.

  • Can a Hollowness Grid Board Extrusion Line Produce Both Drainage Mats and Construction Protection Sheets

    For plant managers and procurement specialists, the versatility of a single production asset often determines ROI within the first 18 months. The Hollowness Grid Board Extrusion Line has traditionally been associated with lightweight packaging and signage.

  • How Do You Set the Cylinder-to-Flat Clearance on a Carding Machine Correctly

    Setting the cylinder-to-flat clearance is one of the most critical adjustments on any Carding Machine. This tiny gap—measured in thousandths of an inch—directly determines fibre transfer, neppiness, carding intensity, and ultimately yarn strength. Get it wrong, and you lose yield; get it right, and your Carding Machine delivers consistent sliver quality shift after shift. At Ceres, we have spent decades refining this procedure across thousands of installations, and we confirm that correct clearance setting is non-negotiable for modern high-speed Carding Machine operations.

  • Which Type of Asphalt Waterproofing Membrane Equipment Is Best for Torch-Applied Systems

    Selecting the right Asphalt Waterproofing Membrane Equipment for torch-applied systems is a critical decision that directly impacts project efficiency, safety, and long-term roof performance. Torch-applied membranes remain one of the most trusted solutions for flat and low-slope roofs, but the equipment used to handle, transport, and apply these materials varies widely. Haiming, a recognized manufacturer in the waterproofing machinery sector, offers a range of configurations tailored to this specific application method. This guide breaks down the key equipment types, their operational parameters, and the decision-making criteria that professional contractors use when investing in new machinery.

  • What Is the Real Payback Period for a 200-250KW Screw Air Compressor Like the RS200-250ie in Heavy-Duty Manufacturing

    For plant managers and maintenance engineers in heavy-duty manufacturing, the capital expenditure for a 200-250KW Screw Air Compressor is never trivial. When evaluating models like the RS200-250ie 200-250KW Screw Air Compressors from GDK, the single most critical financial metric is the payback period. However, relying on manufacturer-provided estimates often leads to miscalculations. This article dissects the real-world payback timeline, factoring in load profiles, energy tariffs, and maintenance regimes specific to demanding industries such as automotive stamping, metal forging, and continuous chemical processing.

  • How Often Should You Perform Maintenance on the S1692 Cam Shedding Device

    For any weaving mill operating high-speed looms, the S1692 Cam Shedding Device is the mechanical heart that dictates fabric quality, warp tension, and overall machine uptime. Yet one question consistently arises among production managers and maintenance engineers: How often should you perform maintenance on the S1692 Cam Shedding Device? The answer is not a one-size-fits-all number—it depends on running hours, fabric weight, and environmental conditions. At Changshu Textile, we have compiled over two decades of field data to provide a clear, actionable maintenance schedule that maximizes the lifespan of your S1692 Cam Shedding Device while minimizing unplanned stoppages.

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