Large Build Volume High Resolution 3D sand printer for Aerospace Components
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Product Highlights
- Large Build Volume: Molding size of 2500*1500*1000mm supports large-scale industrial production.
- High Printing Efficiency: Building rate reaches 500L/h with independent intellectual property rights.
- Versatile Material Support: Compatible with Quartz sand, Silica sand, Ceramic sand, Furan, and Phenolic resins.
- 24/7 After-Sales Support: Provides round-the-clock technical assistance for all operational needs.
- Proven Market Reliability: Over 200 units sold globally to Fortune 500 companies and industry leaders.
- Digital Factory Integration: Multiple units can form a production line with industrial robots for automation.
- Eco-Friendly Manufacturing: Generates less waste with recyclable sand, offering a lower environmental footprint.
Product Attributes
- 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
Product Images of Large Build Volume High Resolution 3D sand printer for Aerospace Components
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Large Build Volume High Resolution 3D sand printer for Aerospace Components -
Large Build Volume High Resolution 3D sand printer for Aerospace Components -
Large Build Volume High Resolution 3D sand printer for Aerospace Components -
Large Build Volume High Resolution 3D sand printer for Aerospace Components -
Large Build Volume High Resolution 3D sand printer for Aerospace Components -
Large Build Volume High Resolution 3D sand printer for Aerospace Components -
Large Build Volume High Resolution 3D sand printer for Aerospace Components
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Product Description
Founded in 1966, Kocel Group Co., Ltd. is a globally competitive leader within its industry. The company specializes in the research, development, production, and sale of critical components for high-end equipment. Over 80% of its clientele comprises Fortune 500 companies and industry leaders, including Siemens (Germany), Baker Hughes (United States), General Electric (United States), EDF (France), and MAZAK (Japan), alongside major Chinese companies such as CRRC, Harbin Electric, Dongfang Electric, and Shanghai Electric.
Kocel Group supplies advanced 3D printers and related equipment for casting, metals, and ceramics, delivering intelligent manufacturing solutions to the casting sector. The company's client network extends to over 200 leading enterprises across aerospace, defense, automotive, renewable energy, construction machinery, compressors, and robotics.
AJS 2500A model is an industrial-grade casting sand 3D printing equipment with independent intellectual property rights developed by KOCEL Group. Based on 3D printing (3DP) process, the equipment adopts the working mode of single work box to follow the printing. It has high printing efficiency, excellent quality and low cost, and is suitable for all kinds of sand industrial production applications. Multiple equipment can form sand production unit (line), with supporting equipment and industrial robots, can form a digital factory. More than 200 units of the same type of equipment have been sold since it was put into the market.
| Model | AJS2500 |
| Molding size(mm) | 2500*1500*1000 |
| External dimension (mm) | 6100*5300*5500(single unit) |
| Printhead resolution(dpi) | 400 |
| Building rate(L/h) | 500 |
| Weight(Ton) | 30 |
| Layer thickness(mm) | 0.2-0.5 |
| Precision(mm) | ±0.3 |
| Solid material | Quartz sand, Silica sand, Ceramic sand, etc. |
| Liquid material | Furan, Phenolic, Inorganic |
| Printing file format | SLC/CLI |
1. 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.
2. 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.
3. 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.
4. 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.
5. 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.
6. 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.
About the Supplier
This supplier has been audited by SGS. Verify the report on the official SGS website with ID "QIP-ASI209342". Items marked "
" are certified.
Company Profile
KOCEL MACHINERY LIMITED (KOCEL) was founded in 1966, and has been committing to become an explorer and practitioner of the transformation and upgrading of traditional manufacturing industries and the promotion of new and old kinetic energy conversion. It implies the transformation and upgrading path of the "3D Printing, Robot etc innovation technology+Intelligent factory " to build an industrial ecology of "Internet + dual innovation + green intelligent manufacturing", to assist the transformation and upgrading of the manufacturing industry. KOCEL's main products are intelligent manufacturing equipment and intelligent manufacturing services including key basic parts for high-end equipment, 3D printing, robots etc. It has more than 50 Fortune Global 500 and industry leading companies such as GE from USA, Siemens from Germany, Alstom from France, Mazak from Japan, Shanghai Electric, Dongfang Electric, HEC Group, CRRC from China.
Since 2012, KOCEL has successively been setting up a casting 3D printing team of more than 300 people, investing more than 1 billion RMB, focusing on the industrialized application research of casting 3D printing. Since its industrial production, it has realized the production and application of hundreds of types and more than 30, 000 tons of castings, and has more than 200 customers, including military, aerospace, automotive, engineering machinery, compressors, robots, motors, transmissions, machine tools, hydraulic parts, mold and many other fields.
The company established the 3D Printing Division to focus on promoting the industrialization of casting 3D printing and industrial transformation and upgrading. The main businesses include:
* Casting 3D printing equipment: Sales, R&D, manufacturing, after sales services, etc.;
* Casting process design: Provide various casting process design services with adopting forward design, reverse modeling, topology optimization and other technologies;
* Rapid manufacturing solutions: Provide the industry with 3D printed sand molds and various types of material castings (and processing) rapid manufacturing services;
* Casting 3D printed molds: Based on 3DP and FDM technologies, combined with various other 3D printing technologies, to achieve rapid delivery of casting molds;
* Other 3D printing products and services: R & D, incubation and promotion of 3D printing product applications in industrial, cultural and creative, construction and other fields.
KOCEL has ore than 200 customers, involve in military, aerospace, automotive, engineering machinery, compressors, robots, motors, transmission, machine tools, hydraulics, molds and many other fields.
KOCEL establishes "standard + demonstration" green intelligent transformation model, and builds several digital and intelligent demonstration factories. At present, 4 factories have been built, and 1 factory is under construction.
About Our Factory & Business Background
-
Business Type
- Manufacturer/Factory
- Address
- 550#, West Beijing Road, Xixia District, Yinchuan, Ningxia, China
-
Plant Area
- 30308 square meters
-
Number of Employees
- 274
-
Registered Capital
- 170,000,000 RMB
-
Terms of Payment
- LC, T/T, D/P, PayPal, Western Union, Small-amount payment
-
International Commercial Terms(Incoterms)
- FOB, CIF, CFR
-
Average Lead Time
-
Peak Season Lead Time: 1-3 months
Off Season Lead Time: 1-3 months -
Nearest Port
- Tianjin Port, shanghai Port
Our Production Capability & Technical Expertise
-
Main Products
- 3D Printer, Sand Mold, Casting
-
Production Machines
- Travelling Crane
-
R&D Engineers
- 45 people
-
Own Brand
- Yes
Our Industry Experience & Global Business Record
-
Year of Establishment
- 2008-11-10
- Export Year
- 1989-10-01
-
Main Markets
- North America, South America, Europe, East Asia(Japan/ South Korea), Domestic
-
Number of Foreign Trading Staff
- 5
-
Overseas Agent/Branch
- No
FAQ
- 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.
- 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.
- 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.
- 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.
- 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.
- 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.
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