S400lnno

It is a dedicated research and development machine, catering to material R&D, performance testing, and process studies. It provides a robust platform for in-depth experimentation and exploration, empowering researchers and developers to push the boundaries of innovation.
 
◆ Build Chamber: L 400 × W 220 × H 200 mm (L 15.75 × W8.66 × H 7.87 in)
◆ Build Volume:  17.6 l 
◆ Max Build Rate: up to 5.5 l/h 
◆ Layer height: Adjustable from 0.2 – 0.5 mm

Product Details

S400Inno: Pioneering Innovation in Material Research and Development

Innovate with Precision:
Elevate your research and development endeavors with the S400Inno, where precision meets innovation. Explore the extraordinary and redefine the boundaries of material research with this cutting-edge 3D printing technology.

 

Technical Advantages

◆ The waterfall-type powder spreading system is compatible with multiple types of sand
◆ The print head is not prone to clogging and has an auto-clean function
◆ Real-time slicing and RIP algorithms are utilized for for layered manufacturing, allowing for the adjustment of technological parameter
◆ The system has independent intellectual property rights and uses self-developed software
◆ The dosage of binder can be finely tuned
◆ Adaptive nozzle clogging inkjet printing method

 

TECHNICAL SPECIFICATIONS

Equipment Model

S400Inno

Build Box(mm)

400x220x200

Precision

±0.2mm(L<200mm)or ±0.1%(L >200mm)

Tensile Strength

1-3Mpa

Surface roughness

Be superior to Ra12.5

Gas Evolution Rate

12-20ml/g(850°C)

Printing Speed

10-30s/per layer

Layer Height(mm)

0.2-0.5 (Can be adjustable)

Printheads

One piezoelectric printheads (expandable to 3pcs)

Specification for printheads

Length=72mm; resolution: 360DPI

File format

STL、3MF

Electrical Requirements

Single phase, 220V, 10A, 50HZ

Powder types

Silica sand, quartz sand, coated sand, etc.