AEROSPACE

Glovebox & Vacuum System

The advanced technology of our Gloveboxes, the outstanding performance of our vacuum deposition systems, and the precision of our space environment simulators play a vital role in aerospace research and development, component manufacturing, and performance evaluation.
Our equipment accurately replicates extreme space conditions, supports the production of high-quality space hardware, and contributes to the advancement of innovative space exploration technologies.

Applications of the Glovebox

• Spacecraft Component Assembly and Research: Prevents contamination to ensure precise assembly of spacecraft co mponents and support critical research.

• Electronics Manufacturing: Provides a stable manufacturing environment for sensitive space-grade electronic components with built-in anti-static systems.

• Advanced Materials Research: Used in the development of specialized materials designed to withstand extreme space conditions such as temperature fluctuations and radiation.

Applications of Vacuum Systems for Aerospace R&D

• High-Efficiency Space Solar Cell Fabrication Systems

  Our tandem cell deposition systems produce lightweight, high-efficiency solar cells for space use, supporing CIGS, CdTe, and
  Perovskite technologies.

• Thermal Protection Coating Systems for Spacecraft Exteriors

  We offer deposition systems capable of forming multi-layered metallic reflective coatings (Ion Beam Assisted Deposition)
  to shield spacecraft from space radiation, UV exposure, and micrometeoroids.

• Thin-Film Deposition Systems for Space Sensors and Microdevices Our system fabricate and precisely etch thin films for space sensors and microdevices, using PVD, PECVD, ALD, and Ion Milling.
• Phase-Change Material Deposition Systems

  Our systems deposit Ge₂Sb₂Te₆ phase-change films that remain stable in high-radiation environments, ideal for adaptive optics,
  smart heat shields, and sensitive sensors using sputtering and PLD.

Space Environment Energy Harvesting Equipment (High-Efficiency Energy Solutions)

• We provide equipment that simulates high vacuum and extreme space-like conditions for advanced research in space energy harvesting technologies.
• - High-Vacuum Environment: 10^-5 to 10^-8 Torr
• - Extreme Thermal Conditions: -150°C to +150°C
• - Solar Simulation: Xenon lamps covering the 300-2500 nm wavelength range
• - High-Energy Radiation Simulation : Electron sources (50 keV and above) and atomic oxygen (AO) ion sources