AlphaCNC Routing CNC Machine AER-1325 (1300*2500mm | 4*8ft)
AlphaCNC Routing CNC Machine AER-1325 (1300*2500mm | 4*8ft)
AlphaCNC Routing CNC Machine AER-1325 (1300*2500mm | 4*8ft)
AlphaCNC Routing CNC Machine AER-1325 (1300*2500mm | 4*8ft)
AlphaCNC Routing CNC Machine AER-1325 (1300*2500mm | 4*8ft)

AlphaCNC Routing CNC Machine AER-1325 (1300*2500mm | 4*8ft)

  • Sale
  • Welded steel construction with Stress Relieved Technology
  • Steel Tube Gantry (Most Rigid in Class)
  • Aluminum T-Slot Table Top
  • Auto Tool Zero Sensor
  • 3.2kw Liquid-Coolant Spindle
  • Mach 3 Ethernet Controller
  • Foot Leveling Pad
  • Hiwin 20mm Lienar Rail
  • Helical Rack & Pinion Gear On XY Axis, Ball Screw On Z Axis
  • No assembly required – No Bolt Together Designs
  • Custom options available to meet your exact needs
  • Free lifetime tech support
AER-1313 AER-1325 AER-1530
Footprint 2050*2250*1900mm 2250*3300*1900mm 2450*3800*1900mm
Cut Area 1300*1300*150mm 1300*2500*150mm 1500*3000*150mm
Z Clearance 150mm standard 150mm standard 150mm standard
Rapid Speed 18 m/s 18 m/s 18 m/s
Repeatability 0.05mm 0.05mm 0.05mm
Drive Motors Leadshine Nema 34 Stepper Motor System Leadshine Nema 34 Stepper Motor System Leadshine Nema 34 Stepper Motor System
Drive System Ball Screw Z axis, Rack And Pinion Gear on X & Dual Y Axis Ball Screw Z axis, Rack And Pinion Gear on X & Dual Y Axis Ball Screw Z axis, Rack And Pinion Gear on X & Dual Y Axis
Spindle 3.2kw Liquid-Coolant Spindle 3.2kw Liquid-Coolant Spindle 3.2kw Liquid-Coolant Spindle
Control Mach 3 Ethernet Controller Mach 3 Ethernet Controller Mach 3 Ethernet Controller

 

Standard Available options

Available attachments for Alpha CNC router models. Please note that some options may not be available on all models or with other options. Some options may result in limiting the cutting/working areas. Contact us for more details

  • Hybrid T-Slot/Vacuum Table Top (Included Dry Rotary Vane Vacuum Pump)
  • Rotary Axis
  • Dust Collector Options

So, what software is involved in CNC? There are primarily three parts:

  1. Your CAD (Computer Aided Design) software is where you design your parts to be routed, lathed, milled, or cut.
  2. CAM (Computer Aided Manufacturing) software converts your CAD drawings into G-code, which is the programming language that the CNC control software understands.
  3. The CNC control software (which is the controller of the machine)then reads the G-code and turns it into motion to drive your machine.