CNC Turning and Milling Center

 

 Compliant with ANSI B11.8-2021 Standards

 Workholding Requirements
  Workpieces must be secured using pressure plates, screws, or dedicated fixtures. Prohibit pipe extensions on wrenches to prevent slippage injuries.

 Tool Security Protocol
  Tools shall be rigidly clamped prior to spindle engagement. Operation with unsecured tools is strictly forbidden.

 Pre-Operational Verification
  Verify transmission system functionality and conduct a trial run with installed workholding blocks before machining.

 Milling Process Control
  Initiate all cutting operations - particularly rough milling - at reduced feed rates before optimizing parameters.

 Axis Movement Procedure
  Always loosen axis locking screws before repositioning tables or tool holders.

 Tool Handling Safety
  Use copper or non-sparking mallets for tool installation/removal to prevent fragment ejection injuries.

 Active Cutting Prohibitions
  During machining operations:

  Do not adjust spindle speeds

  Do not modify tool setups

  Do not touch workpieces

  Do not perform measurements

 

 

 These systems integrate digital controls with conventional milling platforms, enabling programmable multi-axis machining through G-code execution.

 Technical Advantages Over Conventional Milling

 Enhanced Process Flexibility
  Capable of machining complex contours and tight-tolerance components (e.g., injection molds, aerospace housings) beyond manual capabilities.

 Advanced Geometric Capacity
  Processes mathematically defined complex-curve profiles and 3D topological surfaces unachievable on manual equipment.

 Single-Setup Multi-Operations
  Completes turning, milling, drilling, and boring in one fixturing cycle (reduces基准误差 by 85%).

 Precision Performance Metrics

  Standard positioning resolution: 0.001mm

  High-precision systems: ≤0.1μm

  Eliminates human measurement errors

  CpK >1.67 process capability

 Automation Efficiency

  Reduces operator fatigue through automated cycles

  Enables lights-out manufacturing with integrated CIM systems

 Productivity Optimization

  Minimal specialized fixturing required

  Changeovers under 15 minutes via stored programs

  Combines milling (ISO 3002), boring (ISO 10889), and drilling functions

  Stepless spindle/feed control optimizes cutting parameters

 

Cutting Tool Specifications

Property	Requirement	Testing Standard
Impact Resistance	>15 J/cm²	ISO 148-1:2016
Fracture Toughness	KIC ≥12 MPa√m	ASTM E399
Wear Resistance	HRC ≥62	ISO 6508-1:2016
Red Hardness*	600°C @ 58 HRC minimum	ISO 4885 (Dry Machining)

 

Technical Compliance Notes

 Safety Protocols: Align with OSHA 1910.212 machine guarding requirements

 Accuracy Standards: Certified per ISO 10791-7 test regulations

 Tooling Specifications: Validated per ISO 13399 digital tool data standards

 

Specifications		VMC1160	VMC1370	VMC1580
Table size	mm	1200x600	1500×700	1700×800
the maximum load capacity	kg	1000	900	1500
X/Y/Z axis travel	mm	1100×600×600	1300×700×700	1500×800×700
Distance between spindle center and column	mm	650	752	871
Distance between spindle end ace and worktable surface	mm	120-720	150-850	150-900
X/Y/Z Max.feed speed	mm/min	10000	8000	10000
X/Y/Z Max.Rapid traverse	m/min	32/32/30	20/20/15	20/20/16
spindle speed	r/min	8000	8000	6000
spindle taper	type	BT40	BT40	BT50
Spindle motor power	kW	11/15	11/15	15/18
X/Y/Z axis servo motor power	kW	4/4/5	4/4/5	4.5/4.5/4.5
T slot	mm	5-18×100	5-18×145	5-22×145
Repeat positioning accuracy	mm	±0.005	±0.005	±0.005
Tool capacity		24T	24T	24T
Maximum tool weight	kg	8	8	15
Max.tool length	mm	300	300	300
Electric capacity	kVA	18	22	30
Machine dimension(LxWxH)	mm	3100×2490×2380	3600×3000×2700	4260×3545×3200
Net.weight	kg	7000	11000	12000

 

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