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PCM (Patternless Casting Manufacturing) is a new technology applying rapid prototyping technology to traditional resin sand casting process. First, the sand mold model is obtained from the CAD model of the part, and the STL file of the sand mold model is layered to obtain the cross-section images and then the control information is generated by the layer details. During printing, after the raw sand properly mixed with the activator, the print head will jet binder to the sand precisely according to the cross-section images. The binder then reacts with the activator and cementation will occur immediately to make the sand stacked. The curing should be done layer by layer. After curing all layers, the sand mold is appropriately formed. Where there is no binder jetted, the sand remains loose and it is easy to clean up. By removing the uncured sand, a sand mold is ready for post-processing before casting.
The 4th Generation Sand 3D Printer by FHZL is with the highest printing speed in the industry so far. It can accommodate different printing sand types and different binder types for printing, such as silica sand, nice foundry sand, ceramic sand, furan resin, inorganic binder etc. Besides, it can fulfill customers' demands on different casting materials and different casting process by simply choosing the appropriate parameters.
The build size of PCM300E is 300X250X250mm, which can provide rapid prototyping for big size intricate casting parts for various industries such as military, aerospace and vessel etc. It can save the trouble of a physical pattern to create a mold and also avoid the high expense of creating a mold for casting. The printed sand molds can accommodate a variety of casting materials such as aluminum, iron and steel etc.
Maximum Build Size: 300X250X250mm
Nozzle Quantity: 1*1024P
Modelling Efficiency: 9L/h
Printing Speed: 14 Sec./Layer
Layer Thickness: 0.1-0.5mm(adjustable)
DPI: 300*400 or 400*400
Sand Pattern Strength: 0.8-2.5Mpa
Sand Box: 1 box
Equipment Customized Sizes: available
PCM (Patternless Casting Manufacturing) is a new technology applying rapid prototyping technology to traditional resin sand casting process. First, the sand mold model is obtained from the CAD model of the part, and the STL file of the sand mold model is layered to obtain the cross-section images and then the control information is generated by the layer details. During printing, after the raw sand properly mixed with the activator, the print head will jet binder to the sand precisely according to the cross-section images. The binder then reacts with the activator and cementation will occur immediately to make the sand stacked. The curing should be done layer by layer. After curing all layers, the sand mold is appropriately formed. Where there is no binder jetted, the sand remains loose and it is easy to clean up. By removing the uncured sand, a sand mold is ready for post-processing before casting.
The 4th Generation Sand 3D Printer by FHZL is with the highest printing speed in the industry so far. It can accommodate different printing sand types and different binder types for printing, such as silica sand, nice foundry sand, ceramic sand, furan resin, inorganic binder etc. Besides, it can fulfill customers' demands on different casting materials and different casting process by simply choosing the appropriate parameters.
The build size of PCM300E is 300X250X250mm, which can provide rapid prototyping for big size intricate casting parts for various industries such as military, aerospace and vessel etc. It can save the trouble of a physical pattern to create a mold and also avoid the high expense of creating a mold for casting. The printed sand molds can accommodate a variety of casting materials such as aluminum, iron and steel etc.
Maximum Build Size: 300X250X250mm
Nozzle Quantity: 1*1024P
Modelling Efficiency: 9L/h
Printing Speed: 14 Sec./Layer
Layer Thickness: 0.1-0.5mm(adjustable)
DPI: 300*400 or 400*400
Sand Pattern Strength: 0.8-2.5Mpa
Sand Box: 1 box
Equipment Customized Sizes: available