L251510 Automatic Sand 3D Printer — 2500 × 1500 × 1000 mm Complex Casting Cores for Aerospace and Aviation Enquiries

• 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)

  12500*6820*3900mm(492.13*268.50*153.54in)
  features

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

  Windows OS
  usage

  3D Printing
• warranty

  1 Year
  weight

  140
• Forming Size

  2500*1500*1000mm
• Printing Speed(S/Layer)

  19
  Printing Efficiency

  213-355
• Full Box Printing Time

  10.5-17.5
  Accuracy

  0.4
• 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

The L251510 automatic sand 3D printer provides a stated forming space of 2500 × 1500 × 1000 mm for casting-core enquiries. It supports silica sand, ceramic sand, calcined sand and CB sand, with nitrogen-free furan and inorganic binder options. Aerospace, aviation, automotive and new-energy casting projects can be discussed through their actual core requirements.

Plan the core within the forming space

Provide the core geometry and the dimensions that govern acceptance. Identify the intended casting application and the sand/binder system to be evaluated. The printer produces sand cores, so the core specification and subsequent casting-process requirements should be distinguished in the project enquiry.

Select print settings for the chosen material system

The stated printing speed is 19 seconds per layer. Adjustable resolution choices are 400 × 300, 400 × 400, 400 × 600 and 400 × 800 DPI. Define the required core result and agree the settings and acceptance basis for the selected sand, binder and geometry.

• Submit the core drawing and intended casting application.
• Select the sand and binder system for evaluation.
• Identify core dimensional and surface acceptance requirements.
• Describe the required output and representative acceptance build.

Review installation space and electrical supply

Overall machine dimensions are listed as 12500 × 6820 × 3900 mm. The selected electrical option is 380 V; plan the installation around the actual machine layout and utility requirements. Windows OS, USB connectivity and single-color operation are stated equipment details.

Define a representative machine acceptance

Use a representative core and agreed print settings to establish the output and acceptance requirements for the purchase. The equipment is new and carries a stated one-year warranty. For aerospace or aviation enquiries, identify the project's core documentation requirements separately from the machine's application description.