TECHNOLOGY
Precision Engineering
for Reliable Machine Performance
Engineering, machining, assembly and verification processes designed to support accuracy, stability and dependable CNC machine performance.
EXPLORE TECHNOLOGYPRECISION ENGINEERING
Every reliable CNC machine starts with sound engineering. HANGJIAN focuses on machine structure, rigidity, component integration and precision design to support stable machining performance and long-term accuracy.
✓Structural Design
Machine structures are engineered to support rigidity, load capacity and machining
✓Precision Integrationn
Key mechanical components are considered as an integrated system to support consistent motion and accuracy.
✓Engineering Verification
Design details and machine configurations are reviewed according to machining requirements and intended applications.
CORE COMPONENT MACHINING
Precision machine performance begins with the accuracy of its core structural components. HANGJIAN applies controlled machining processes to key machine structures to support rigidity, geometric accuracy and long-term stability.
✓Machine Bed & Base
Precision machining of major structural components provides a stable foundation for machine geometry and rigidity.
✓Column & Moving Structures
Critical mounting and guideway surfaces are carefully machined to support accurate and consistent machine movement.
✓Precision Interface Surfaces
Key assembly and mounting surfaces are controlled to support alignment between major machine components.
ASSEMBLY & ALIGNMENT
Precision assembly is essential to achieving reliable machine geometry and consistent performance. HANGJIAN carefully manages the installation, alignment and adjustment of key mechanical components throughout the assembly process.
✓Guideway & Ball Screw Installation
Critical motion components are installed and aligned to support smooth movement and positioning accuracy.
✓Spindle & Axis Alignment
Spindle and axis geometry are carefully adjusted to support machining accuracy and stable operation.
✓Machine Geometry Adjustment
Key geometric relationships are checked and refined throughout assembly before final accuracy verification.
ACCURACY VERIFICATION
Machine accuracy is verified through systematic inspection and measurement before delivery. HANGJIAN checks key geometric and positioning parameters to support consistent machining accuracy and reliable machine performance.
±0.003 mm
PRECISION CAPABILITY
Depending on machine model, configuration and application.
✓Column & Moving Structures
Axis positioning and repeatability are measured and verified to support precise and consistent machine movement.
✓Performance Verification
Final machine operation and machining performance are checked before the equipment is prepared for delivery.
✓Geometric Accuracy
Critical machine geometry is inspected to verify alignment, straightness and perpendicularity of major axes.
MACHINE PROBING
LASER CALIBRATION
PRECISION INSPECTION
CONTROL & CONFIGURATION
HANGJIAN machines can be configured to meet different machining requirements and customer preferences. CNC control systems, spindle units, tool magazines, rotary tables and other key components can be selected according to the application and production needs.
Configurations can be tailored to your machining requirements.
DISCUSS YOUR CONFIGURATIONCNC CONTROL SYSTEMS
Different CNC control systems can be selected according to customer preference, application requirements and budget.
SPINDLE & TOOLING
Spindle specifications, tool magazines and tooling configurations are available for different materials and machining applications.
OPTIONAL EQUIPMENT
Rotary tables, probing systems, chip conveyors, cooling systems and other optional equipment can be configured according to production requirements.
CUSTOM ENGINEERING
Engineered Around Your Manufacturing Needs
Beyond standard machine configurations, HANGJIAN can develop customized CNC machining solutions based on customer workpieces, machining processes, production requirements and specific application needs.
Workpiece Requirements
Machine solutions can be developed around workpiece dimensions, materials, machining features and accuracy requirements.
Process Engineering
Machining processes, machine structures and functional requirements are evaluated to develop a practical manufacturing solution.
Machine Configuration
Machine dimensions, axis configurations, spindle systems, tooling and auxiliary functions can be adapted to specific production requirements.
DISCUSS YOUR MACHINING REQUIREMENTS
Tell us about your workpiece, machining requirements and production needs. Our team will help you identify the right machine configuration or customized CNC solution.
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