Willybot SLS Sand 3D metal printer is sold by Sentrol in Korea.
Catalog file is attached.
SENTROL SLS/SLM 3D Printers
3D PRINTING PROCESS
CASTING PRODUCTION SYSTEM
The casting production
system of 3D printing selectively sinters binder via laser to paper-thin layers
for printing. As
the system produces
mold parts through a direct layering method from CAD data, it does not need the
mold boxes required to produce molds or cores. Also, it can produce various sizes
and geometrically complex designs that traditional casting systems could not. This process can shorten the production time
by rapidly producing precise and uniform cores and molds.
As a casting technology specialist, our company can swiftly manufacture
the molds or cores with different sizes or complicated structures required by
diverse industries.
We are providing our global clients with mold services through our
service centers equipped with all the required facilities and equipment and
located throughout America, Europe, and Asia.
COMBINED PROCESSING MANUFACTURING SYSTEM
Our
Metel 3D printer is utilizing the Powder Bed Fusion layering method of the SLS
technology. This method selectively beams
a laser onto metal powder spread on a bed for sintering, and
then repeats the powder recoating process 10 times for layering.
After
the Milling metal processing procedure using the CNC Machining Center, the
whole process is repeated several times. Considering the diverse applications
of the SLS technology, the availability of extensive material strength, and
the precision of the CNC Machining, our printer is expected to become very
popular in industrial fields and to contribute to the
distribution of high-value 3D printers.
SENTROL 3D PRINTER Series
South Korea’s 1st
commercialization of SLS/SLM-method 3D printers through the CNC control
technology for over 3 decades, and the system integration technology
PLASTIC / SAND / METAL
SLS · SLM Type 3D Printing Process System
■ Equipment available with plastic,
metal, sand, etc.
■ 1st SLS-method 3D printer manufacturing
machine in South Korea
(Self
mechanical design)
■ For education/regular
performance/galvanometer (higher performance)
■ Developed SLS-method molding sand 3D
printer, following USA and Germany (world’s 3rd)
■ Localization of molding sand material
■ Developed the combined-processing-type
milling metal 3D printer
SLS · SLM Type
3D Printing Process System
South Korea’s 1st commercialization of
SLS/SLM-method 3D printers through the CNC control technology for over 3
decades, and the system integration technology.
Since its development of CNC for the first time in 1984 in South Korea,
our company has been greatly contributing to the innovation and development of
diverse machines. Besides machine tools and industrial machines, our company is also interested in educating future specialists. As recognized for our
high reliability and technology by our local and overseas customers, we have
grown as a CNC specialist.
After studying on the recently rising
3D printer technology and then developing CNC for metal 3D printers, we are
currently developing industrial 3D printers.
We have finished developing 3D printers for casting, and we will develop
combined-processing-type Milling 3D printers for plastic and metals applicable
to the motor, aviation, generator, medical, and defense industries.
■ Developed the world’s 3rd molding sand 3D printer. Reached one of the world’s highest levels in layer thickness precision
■ Commercialized 3D printers by using local materials
■ Participated in EuroMold 2015, the world’s largest mold exhibition
■ Reduced cost to 1/10 compared to overseas competitive
products with identical performance
Optimized solution
Improves productivity and
effectiveness by
producing
perfect-performance
3D casting products and metal parts
Production Record
■ 1st SLS 3D printer developed (Dec. 2014)
■ 2nd SLS 3D printer delivered to Hanyang University for material
development (Feb. 2015)
■ 3rd SLS 3D printer installed at KETI (Korea Electronics Technology
Institute) (Mar. 2015)
■ 1st printer delivered to PCCL for educational use (Aug. 2015)
■ Delivered to KITECH (Korea Institute Of Industrial Technology)
(Aug. 2015)
