CNC Milling Machines (Mold Core & Cavity Machining)
These CNC milling machines are mainly used for mold core and cavity machining, supporting rough machining and semi-finish operations in mold manufacturing.
High-Speed CNC Machining Centers (Precision Mold Manufacturing)
High-speed CNC machining centers are dedicated to precision mold manufacturing, especially for complex mold cores, cavities, and high-accuracy mold components.
They are widely used for fine machining, complex geometry processing, and achieving tight tolerances required in tooling production.
Conventional CNC Machining Centers (Mold Manufacturing Support)
These CNC machining centers support general mold manufacturing operations, including rough machining and standard precision machining for tooling components.
CNC Engraving & Milling Machines (Electrode Machining & Mold Adjustment)
CNC engraving and milling machines are mainly used for electrode (copper) machining, fine mold details, and mold adjustment work during tooling manufacturing and try-out stages.
Mold core and cavity machining
High-speed precision mold machining
Electrode (copper) machining
Mold adjustment and fine detailing
Support for complex and high-precision tooling projects
Electrical Discharge Machining (EDM) and Wire Cut equipment are essential for high-precision mold manufacturing.
These machines are mainly used for fine details, deep cavities, sharp corners, and complex mold features that cannot be achieved by conventional CNC machining.
EDM Machines (Spark Erosion)
Wire Cut EDM Machines
Capability Highlights
Grinding and conventional milling machines are mainly used for mold component finishing, surface accuracy control, and auxiliary machining during mold manufacturing and adjustment.
Grinding Machines
Conventional Milling Machines
Drilling and conventional turning machines are mainly used for auxiliary machining operations during mold manufacturing, including hole processing, fitting preparation, and basic mechanical machining.
Drilling Machine
Mainly used for drilling, reaming, and tapping operations on mold plates and structural components.
Lathe Machine
Used for basic turning operations such as shaft parts, bushings, and auxiliary mold components.
Laser engraving equipment is mainly used for mold identification, part marking, and permanent labeling during mold manufacturing and production processes.
Laser Engraving Machine
Used for engraving mold numbers, cavity identification, logos, date codes, and other permanent markings on mold components and finished parts.
Precision inspection equipment is used to ensure dimensional accuracy, geometric tolerance, and overall quality control throughout mold manufacturing and production.
3D Coordinate Measuring Machine (CMM)
Brand: Shihang
Origin: China
Quantity: 1 set
Measurement Accuracy: ±0.001 mm
Measuring Range: 600 × 800 × 1000 mm
Used for high-precision dimensional inspection of mold components, cores, cavities, and critical functional features.
2D Optical Profile Projector
Brand: Serein
Origin: China
Quantity: 1 set
Measurement Accuracy: ±0.001 mm
Measuring Range: 200 × 300 × 400 mm
Suitable for profile measurement, contour inspection, and dimensional verification of precision mold parts and small components.
Our injection molding workshop is equipped with a comprehensive range of injection molding machines, enabling us to support projects from prototype trials to large-scale mass production.
Machine Tonnage Coverage
Key Technical Capabilities
These capabilities allow us to handle small precision parts, multi-cavity molds, thick-wall components, and large structural plastic parts efficiently and reliably.
Machine Brands
Typical Applications
Overhead Cranes
Purpose:
Used for mold handling, mold installation, machine loading and unloading, and internal material handling during mold manufacturing and production operations.
To support stable and efficient injection molding production, our workshop is equipped with customized auxiliary systems configured according to different molds, materials, and production requirements.
Production Support Capabilities
These supporting systems are configured based on practical production needs, ensuring reliability, flexibility, and stable output rather than fixed standard configurations.
