New CNC Vertical Lathe

 

 

1. Drum (Disk) Type Tool Magazine

 Tool Axis Parallel to Drum Axis:

   Tools are arranged radially or axially around a drum/disk.

   Simple structure, commonly used for small-capacity magazines (8–64 tools).

  Limitation: Larger drum diameters increase rotational inertia and tool selection time.

  Optimization: Double- or multi-ring tool arrangements improve space utilization.

 Tool Axis Inclined to Drum Axis:

   Tool axis forms an acute angle with the drum axis.

   Reduces manipulator complexity during tool changes.

 Drawbacks: Larger footprint, limited installation flexibility, and lower capacity.

2. Chain-Type Tool Magazine

 Structure: Compact design with tools mounted on a servo-driven chain.

 Capacity: Typically 30–120+ tools.

 Key Components:

 Drive System: Servo motor + worm gear reducer (or gears).

 Guide Wheels: Hardened surfaces for durability; dual tensioning wheels with guide slots to maintain alignment.

 Zero-Position Calibration:

   Zero-position block and sensor ensure precise tool positioning.

   Critical to prevent misalignment during robotic tool changes.

3. Grid (Lattice) Box-Type Tool Magazine

 Fixed Type:

   Tools arranged in linear rows.

   Tool selection via robotic arm with X/Y motion.

 Advantage: High space efficiency for large-capacity magazines.

 Non-Fixed Type:

   Modular design with multiple movable sub-magazines.

   Sub-magazines can extend vertically for tool access.

 

 

1. Disk-Type Tool Magazine

 Components:

  Pressure strips and bracket body with countersunk holes for pillar alignment.

  Heat-treated hook claws and one-piece molded brackets.

 Advantages: Lightweight, rigid structure, low manufacturing cost, and easy assembly.

2. Chain-Type Tool Magazine

 Key Features:

  Drive Mechanism: Servo motor + worm gear reducer (adjustable for torque/speed).

  Tensioning System: Guide wheels with hardened surfaces and adjustable tension.

 Zero-Positioning:

   Zero block mounted at any chain position; sensor calibrated to align the tool set at the robotic pickup station.

   Unidirectional homing (clockwise/counterclockwise per design specifications).

 Tool Positioning Accuracy:

  Misalignment during homing causes robotic tool pickup errors, leading to tool collision risks.

  Precise zero-position calibration is essential for reliability.

 Design Trade-offs:

  Drum Magazines: Simplicity vs. limited capacity.

  Chain Magazines: Higher capacity but require precise tensioning and alignment.

 

 

Technical parameter	VMC1050
Table size mm	530*1000
T slot	5-18*90
The maximum load capacity(kg)	600
X axis travel mm	1000
Y axis travel mm	500
Z axis travel mm	600
Distance between spindle center and column mm	579
Distance between spindle end face and worktable surface mm	140-740
Spindle taper	BT40
Spindle speed(rpm)	8000
Spindle motor power(Kw)	7.5
X/Y/Z axis servo motor power(Kw)	3.9
X/Y/Z motor connection	Derectly connected
X/Y/Z Guide way type	linear guide
Tool capacity	24T
Maximum tool weight Kg	8
Max. tool length mm	300
Electric capacity KVA	19
Tool magazine	Arm type
X/Y/Z Max.Rapid traverse m/min	24-24-20
X/Y/Z Max. feed speed mm/min	10000
Repeat positioning accuracy mm	±0.004
Machine dimension{LxWxH) mm	2900x2420x2700
Net. Weight (kg)	5400
system	KND-2100M

Hot Tags: new CNC vertical lathe, China new CNC vertical lathe manufacturers, suppliers, factory, vertical machining center for micrometers, vertical machining center for diamond tools, vertical machining center for hydroelectric power industry, vertical machining center for caliper gauges, vertical machining center for symmetry gauges, reliable vertical machining center