L181007 Sand 3D Printing Machine for Complex Cores in Aerospace and Aviation Casting

• production capacity

  50pcs/month
  Supporting Material

  silica sand, ceramic sand, calcined sand, CB sand
• application

  Casting, automobiles, aerospace, new energy...
  automatic grade

  Automatic
• Build Material

  silica sand, ceramic sand, calcined sand, CB sand
  color page

  Single Color
• condition

  New
  Connectivity

  USB
• dimension(l*w*h)

  9920*6000*3700mm(390.55*236.22*145.67in)
  features

  High-accuracy, Bulk Production, High-efficiency
• Operating System

  Windows OS
  usage

  3D Printing
• warranty

  1 Year
  weight

  140
• Forming Size

  1800*1000*700mm
• Printing Speed(S/Layer)

  19
  Printing Efficiency

  102-170
• Full Box Printing Time

  10.5-17.5
  Accuracy

  7.4-12.3
• Printing Resolution Dpi

  400*300/400*400/400*600/400*800(adjustable)
  Printing Layer Thickness

  0.2-0.6 (adjustable)
• Molding Materials

  silica sand, ceramic sand, calcined sand, CB sand
  Binder

  Nitrogen-free Furan, Inorganic Binders

Complex sand-core projects need the printed geometry and the foundry process considered together. The L181007 is an automatic sand 3D printing machine for casting-core enquiries, including aerospace and aviation projects. Define the core that must be produced and the conditions under which it will enter the casting process before selecting the print configuration.

Size the core project within the build envelope

The forming space is 1800 × 1000 × 700 mm, while the overall equipment envelope is 9920 × 6000 × 3700 mm. Use the first set of dimensions to discuss the proposed sand-core arrangement and the second when planning the workshop installation. The core project's geometry and the equipment's operating space are separate parts of that planning exercise.

• Build-material choices are silica sand, ceramic sand, calcined sand and CB sand.
• Binder options include nitrogen-free furan and inorganic systems.
• The printing-speed reference is 19 seconds per layer.
• Adjustable resolutions are 400 × 300, 400 × 400, 400 × 600 or 400 × 800 DPI.
• The selected electrical option is 380 V.

Choose the sand and binder as a working system

For an L181007 core enquiry, identify the sand grade and binder combination relevant to the intended casting. Agree the required layer setting, dimensional acceptance and complete-build timing for that configuration, since these decisions belong to the actual core and print settings. The printed core should be evaluated in the context of the mold and pouring process it will serve.

Connect printing to the foundry's workflow

Windows OS and USB connectivity support the equipment interface, and the machine has a one-year warranty. Plan the core data, electrical power and installation requirements alongside the proposed production workflow. An aerospace or aviation application should bring its own project acceptance requirements to the L181007 enquiry, keeping the core geometry and required process results at the center of the decision.