InssTek X KARI 3-ton Multi-Material Rock…
NARAE - Large Scale Robot 3D Printing Sy…
InssTek X KARI 3-ton Multi-Material Rock…
Multi Material Rocket Nozzle CT Scanning
Highlights of InssTek's 2022 Activities
KARI 3ton Rocket nozzle full-scale fabri…
New DMT Technology LFM-2
Porous Coating by MX-Med
Industrial application of white metal(ve…
ICAM2022(ESA) InssTek
Multi-Material Rocket Nozzle(Full Ver.)
Industrial application of white metal
New way to Fabricate
Multi-Material Rocket Nozzle
Metal AM(Additive Manufacturing) Technol…
Repeatability Test for MX-Lab
InssTek AMPM2021 conference
InssTek 5Axis AM-CAM Feature
New Generation DED Technology (Multi Mat…
New product launch !! MX-Fab1
InssTek company introduction IR video
See how it is easy to design new High-En…
Material Designer for MX-Lab
Multi material valve project
Rocket Fuel Tank Project
New Product Launch "MX-Lab
InssTek’s 1st Open House event
Mx Lab Introduction
DED Getting More Precise - Multi Material Rocket Nozzle - Recently, Additive Manufacturing Media reviewed RAPID + TCT through AM Radio podcast. - In this broadcast, at the chapter "DED Getting More Precise", InssTek`s multi material rocket nozzle was introduced with focusing on InssTek`s precise powder feed control technology. - Thank you to Additional Manufacturing Media for introducing InssTek, and please continue to pay attention to us who will change the paradigm of manufacturing. - More details can be found in the following article. Link: https://lnkd.in/gqMG3rmP
23 May 2023 Detail ViewWe hope you gained insight into this year's notable developments and advancements at INSSTEK. Our#Aerospaceapplications, especially the#FGM#Rocket#Nozzle, are receiving great attention from visitors.Highlights:- New Project Narae: 6-Axis Robot arms with InssTek’s DMT technology. We are excited to launch the sample made with NARAE for the first time.- Precise powder feeder experience zone.- Aerospace zone.- Medical & Heavy industry sample zone.
04 May 2023 Detail ViewPrediction of Behaviour of Thin-Walled DED-Processed Structure: Experimental-Numerical Approach - Highlights • This study represents a novel method for predicting the behavior of the metal structure produced by InssTek's DMT Technology. • The calibrated material model, which was created based on basic mechanical test results, predicted the behaviour of the honeycomb structure under static loading. • In the case of both geometries, the fracture was recorded at the same punch displacement value; however, the overall sample behaviour, i.e., tearing, was dependent on sample height.
17 Apr 2023 Detail View