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MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
Specifications
Model Number :
ComproJet
Connectivity :
Wired
Plug Specification :
US Plug, UK Plug, AU Plug, Japan Plug, EU Plug
Product Size :
700x560x620mm
MOQ :
1
Delivery Time :
30days
condition :
New
Print Technology :
Binder Jetting
Packing Size :
65*62*79cm
Positioning Accuracy :
Printhead positioning accuracy lμm
Build Material :
Metals, Ceramics, Sand
Printer connectivity technology :
USB, Wifi
Resolution :
Physical resolution 600 DPI,printing resolution 1200 DPI
Packaging Details :
Wooden case
Printhead System :
Piezoelectric printhead with negative-pressure ink delivery system
Payment Terms :
T/T,L/C,Western Union
Supporting Material :
Metals, Ceramics, Sand,Polymers etc
Build Volume :
150x90x80mm, 50x50x50mm, 30x30x30mm
weight :
100
Price :
$36,765
application :
Prototyping
warranty :
1 Year
dimension(l*w*h) :
customize
voltage :
110V/220V
Certification :
CE Fcc RoHS
usage :
Matel printer, Ceramics Printer, Sand printer, Polymers printer
Supply Ability :
10units
production capacity :
500units/month
Printing Modes :
Experimental Mode,Calibration Mode,Standard Mode
Brand Name :
MakerPi
Connector Type :
USB
Printing Accuracy :
Dimensional accuracy 0.1-0.2mm, layer height ≥0.03mm
Place of Origin :
Guangdong, China
Filament Type :
Sand, Metal, Ceramics
Input Power :
Power Adapter
Printing Material :
Metals, Ceramics, Sand,Polymers, Medical Powders, Gypsum, And More
Operating System :
Windows OS, Linux, MacOS, Other
Plate Type :
Flatbed
Special Functions :
Printhead cleaning, printhead moisturizing
Description
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
Parameters
Working Size
150x90x80mm;50x50x50mm(optional);30x30x30mm(optional)
Equipment Size
700x560x620mm
Resolution
Physical resolution 600 DPI, printing resolution 1200 DPI
Printing Accuracy
Dimensional accuracy 0.1-0.2mm, layer height ≥0.03mm
Printing Speed
15-35 seconds per layer
Positioning Accuracy
Printhead positioning accuracy 1μm, build area stitching accuracy 5μm
Printing Modes
Experimental Mode,Calibration Mode,Standard Mode
Printhead System
Piezoelectric printhead with negative-pressure ink delivery system
Supported Materials
Metal powders, ceramic powders, polymers, sand,, food, biological solutions, cell solutions, wax,diamond copper, titanium alloy and more
Addition Functions
Printhead cleaning, printhead moisturizing,print baking (UV,IR), and cylinder heating
Workflow
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

Spreading Powder Jet Adhesive

Evenly Spread A Thin Layer The Spray Head Accurately Of Powder (The Material Sprays Liquid Adheslve In
Can Be Metal, Ceramic, The Specified Area Based
Sand Casting, Polymer, Etc.) On The Sliced Data Of The
On The Printing Platform. Digital Model, Causing
Local Adhesion Of The
Power Particles.
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

Repeat Layer By Layer After Processing

Repeat The Steps Of Applying Remove The Printout, Powder And Spraying Eliminate The Loose Adhesive Until All Layers Are Powder That Has Not Completed. Adhered,And Enhance The Strength Through
Processes Such As
Sintering, Infiltration,
Or Curing.
Features
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

A.Material Diversity

Supports A Variety Of Materials Including Metals, Ceramics, Sand,Polymens, Medical Powders, Gypsum, And More.
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

B.High Efficiency

Adopting A Spray Head Array For Full Coverage Printing Significantly Improves Printing Speed, Making It Suitable For Largn-scale Rapid Manulacturing.
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

C.No Support Needed

Print Various Complex Structures Without Support.
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

D.Low Cost

It Has Advantages In Terms Of Equipment Cost, Usage Cost, And Maintenance Cost.
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

E.Avoid High Temperatures

No Need For Laser Melting Of Materials, Making It Friendly To Temperature-sensitive Materials.
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

F.High Solid Content

High Solid Content Results In Less Shrinkage, Higher Density, And Higher Strength After Degreasing Sintering.
Equipment Selling Points
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

A.Scientific Research

Desktop-size (700*560*620mm], Industrial-grade Performance,Multi-parameter, Digital, Multi-mode, Micro-experiment, Expancable,High Cost-eflectiveness.
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

B.Customizablo

With Independent Intellectual Property Rights, We Offer Flexible Customization Solutions To Meet Diverse Needs.
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

C.Expandable

The Powder Spreading Module And Inkjet Module Are Designed Independently And Modularly For Easy Expansion,
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

D.Industrial-Grade Performance

Equipped With An Industrial-grade Piezoelectric Printhead (RicohG5) System, Linear Motor System, And Ipm-level Positioning Accurcy.
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

E.Negative Pressure System

Effectively Prevents Ink From Flowing Or Dripping, Ensuring High Ink Viscosity Compatibility And Precite Droplet Control, Meeting The Demands For High-precision And High-stability Printing.
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

F.Multi-Material Compatibility

Supports A Wiide Range Of Materials, Including Metals, Ceramics,Polymers, Sand, Phammaceuticals, Foad, Biclagical Solutions, Cell Solutions, And Wax.
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

G.Multi-Size

Compatibility; Supports Multiple Working Dimensions, Including 160*60*60mm,50°50*50mm,And 30*30*30mm.
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

H.Double Powder Warehouse

Featurres A Dual-cylinder Structure With A Forming Cylinder And A Stability.Materlal Cylinder For Enhanced Convenience, Efficlency, And Stability.

Other Functions:

Print Head Cleaning, Print Head Moisturizing, Baking During Printing, Powder Warehouse Heating
Application
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
Aerospace
Production Of Complex-structured Metal Components (E.G, Aerospace Parts).
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

Scientific Research & Exporimontation

New Materials, New Processes, Muliti-materials, And Interdisciplinary Scientific Research Applications
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
Medical Field
Customized Ceramic Implants Or Bone Models.
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
Architectural Models
Printing Architectural Prototypes Or Artistic Installations Using Gypsum Or Sand.
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
Foundry Industry
Rapid Manufacturing Of Sand Casting Molds And Cores (E.G., Automative Engine Cylinder Casting).
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
Consumer Goods
Low-cost Production Of Jewelry Or Functional Prototypes.
Print Product Display
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
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MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

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Product Detail
Model Number :
ComproJet
Connectivity :
Wired
Plug Specification :
US Plug, UK Plug, AU Plug, Japan Plug, EU Plug
Product Size :
700x560x620mm
MOQ :
1
Delivery Time :
30days
Contact Supplier
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MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research
MakerPi ComproJet Open-Architecture BJ 3D Printer for Advanced Ceramics Polymer Powders and Functional Materials Research

Shenzhen Soongon Technology Co., LTD

Verified Supplier
1 Years
shenzhen
Since 2012
Business Type :
Manufacturer
Main Products :
OEM ODM 3d Printer, 3d Biological Printer, Binder Jetting 3d Printer
Total Annual :
10000000-50000000
Employee Number :
51~100
Certification Level :
Verified Supplier
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