How do I get started with 3D sand printing for my projects?

To get started, you will need to: - Assess your needs: Understand the requirements of your project (e.g., material type, complexity, volume). - Choose the right printer: Work with a supplier or manufacturer to select the right 3D sand printer. - Design the mold/core: Use CAD software to create your design or modify an existing one for 3D printing. - Consult with experts: Many 3D sand printing companies offer consultation and prototyping services to help you get started.

AJS2500 3D Sand Printer - Rapid Prototyping, High-Efficiency Production

Name: AJS2500 3D Sand Printer - Rapid Prototyping, High-Efficiency Production
Brand: KOCEL INTELLIGENT MACHINERY LIMITED
SKU: 1963722291

Ningxia, ChinaKOCEL INTELLIGENT MACHINERY LIMITED

US$800,000.00-1,200,000.00

1 Piece

Sample price:US$1000000.00/set.Request sample

Product profile

After-sales Service

7*24h

Warranty

12 months

File Format

SLC, CLI

Model NO.

AJS 2500

Connection

WiFi

Precision

±0.3

Thickness

0.2-0.5mm

Printer Material

Quartz Sand, Resin

Forming Technology

3DP

Operating System

kocel system

Jobbox

Provide printing molding space

Lifting mechanism

Drive jobbox lift

Recoater

Laying printing sand

Mixing sand tank

Absorb sand, mix sand

Cleaning mechanism

Clean the floating sand on the scraper board of th

Liquid cleaning station

Provide printing liquid, clean and protect print h

Lower frame

Install the elevator, recoater module, and fix the

Print head

Achieve precise spraying of binder

Upper frame

Install print head module, motion guide rail

Buffer table

Place the spare jobbox

Reversing roller table

Drive the spare jobbox to reverse, and connect the

sand cleaning station

clean the sand core

Molding size

2500*1500*1000mm

external dimension

6100*5300*5500mm

printhead resolution

400 dpi

Transport Package

Standard

Specification

plywood box/water proof cloth

Trademark

Kocel

Origin

China

HS Code

8443399000

Production Capacity

400 Units/Year

Key features

High Printing Efficiency: Achieves a building rate of 800 L/h for rapid prototyping and mass production.

Versatile Material Support: Compatible with Quartz sand, Silica sand, Ceramic sand, and various binders.

Industrial Grade Design: Large molding size of 2500*1500*1000mm for heavy-duty casting applications.

Proven Market Reliability: Over 200 units sold to Fortune 500 companies and industry leaders.

Comprehensive After-Sales: Provides 7*24h technical support and a 12-month warranty coverage.

Eco-Friendly Process: Reduces material waste and allows for sand recycling compared to traditional methods.

Digital Factory Ready: Supports integration with industrial robots to form automated production lines.

Company profile

KOCEL INTELLIGENT MACHINERY LIMITED

Ningxia, China

CertifiedBusiness Type: Manufacturer/FactoryExport Year: 1989-10-01 CertifiedNearest Port: Tianjin Port, shanghai PortAverage Response Time: ≤0.21h CertifiedTerms of Payment: LC, T/T, D/P, etc. CertifiedInternational Commercial Terms(Incoterms): FOB, CIF, CFR

AI-Powered supplier vetting

SummaryKOCEL is a China-based manufacturer and factory focused on casting 3D-printing equipment and related industrial applications. The evidence indicates established manufacturing operations, more than 10 production lines, 100 sets of annual 3D intelligent equipment productivity, dedicated R&D and quality personnel, and ISO9001, ISO14001, and OHSAS18001 certifications. Its innovation capability is supported by a casting 3D-printing team of more than 300 people formed since 2012 and stated R&D, manufacturing, and industrialization activities. The company reports after-sales services for casting 3D-printing equipment and more than 200 customers across several industrial sectors. However, the available information does not sufficiently verify financial credibility, detailed customization processes, or the quality and scope of after-sales execution.

Supplier typeThe supplier is identified as a manufacturer, factory, and foreign joint venture based in Yinchuan, China. Its associated industry is manufacturing, and its stated business includes industrial equipment and casting 3D-printing products.

CertificationsThe supplier reports ISO9001:2015, ISO14001:2015, and OHSAS18001:2007 management-system certifications, plus other unspecified certifications. These explicitly support quality, environmental, and occupational health and safety management coverage.

After-Sales capabilityThe casting 3D-printing equipment business explicitly includes sales, R&D, manufacturing, and after-sales services. However, the slices do not provide service-network coverage, response times, spare-parts arrangements, or performance records.

R&D capabilityKOCEL established a dedicated 3D-printing division and, since 2012, developed a casting 3D-printing team of more than 300 people focused on industrialization research. Its stated activities include R&D, industrial transformation, intelligent manufacturing, and 3D-printing equipment development; 45 R&D engineers are also reported.

Production capacityThe supplier operates as a manufacturer with a 30,308.0 m² manufacturing plant, more than 10 production lines, and reported annual productivity of 100 sets of 3D intelligent equipment. The evidence supports substantial production capability for its stated equipment category.

Client casesThe supplier reports production and application of hundreds of casting types and more than 30,000 tons of castings, with more than 200 customers in military, aerospace, automotive, engineering machinery, compressor, robot, motor, transmission, and machine-tool sectors. This is explicit evidence of broad sector experience and customer application history.

Product Q&A

Q:What is a 3D sand printer?

A 3D sand printer uses additive manufacturing technology to create molds and cores from sand for casting processes. It prints layers of sand, binding them together using a special binder material, to create highly accurate and complex molds or cores for metal casting.

Q:How accurate are the 3D printed sand molds?

3D printed sand molds are highly accurate, with layer resolutions often ranging from 0.2mm to 0.5mm, depending on the printer and material used. This level of precision ensures that the final cast parts have excellent surface finish and dimensional accuracy.

Q:Can 3D sand printers be used for both cores and molds?

Yes, 3D sand printers are capable of printing both 'cores' (the internal components of a mold) and 'molds' themselves. This versatility is ideal for applications like metal casting where cores and molds are needed simultaneously.

Q:What industries benefit from 3D sand printing?

Industries such as 'aerospace', 'automotive', 'energy', 'heavy machinery', and 'foundry' can greatly benefit from 3D sand printing for their casting needs. The technology is precious for creating prototypes, small batches, or highly complex geometries that would be difficult or impossible to achieve with traditional methods.

Q:Is 3D sand printing eco-friendly?

Yes, 3D sand printing is considered more environmentally friendly than traditional casting methods. Since it uses less material, generates less waste, and often involves sand that can be recycled, it has a lower environmental footprint.