Metal Powder and Filament Storage Cabinet

X-Treme Series – Metal Powder and Filament Storage Cabinet provides the ideal environment for the storage of metal powders and filaments without moisture. Metal powders and filaments stored in a moisture-free environment offer higher quality 3D production.

Additive Manufacturing

Additive manufacturing (AM) is a technology that allows physical components to be made from virtual three-dimensional (3D) computer models by building the component layer-by-layer until the part is complete. Additive manufacturing, three-dimensional 3D printing (3DP), solid freeform fabrication (SFF), layered manufacturing (LM), and rapid prototyping (RP) are collectively technologies that are can manufacture or fabricate a component additively. Metal powders are the base materials for the production of metallic components through the conventional powder metallurgy route or the emerging field of additive manufacturing. 3D printing filament spools are also used as consumables.

Storage of Metal Powders and Filaments

Metal powders used in additive manufacturing are usually stored in containers around the printer or ordinary closed cabinets until they are needed. However, in each opening of the container, ambient air and moisture get into the container which affects the chemical and physical properties of the powder and cause aging. This issue cause deteriorating of powder and increasing of porosity. Consequently it costs increased tensile strength, heat tolerance, impact, and corrosion resistance. When it is stored in normal cabinets, metal powders can also react with the atmosphere inside the cabinet. Even if the cabinet is emptied, ambient air and moisture flow will cause contamination and deterioration each time the doors are opened.

X-Treme Series Metal Powder and Filament Storage Cabinet has developed an innovative solution to solve this storage problem. The cabinet works with a humidity and temperature control unit to measure humidity levels continuously and delivers a high volume of nitrogen into the cabinet as soon as the doors are closed to remove moisture from the air quickly. When it comes to set the value of humidity and temperature then it keeps values constant with the calculated amount of nitrogen where injected into the cabinet.

The Power of Nitrogen

The use of nitrogen gas for dehumidification and storage is one of the oldest accepted methods in the market for a long time. Nitrogen gas is purging into the cabinet and the air is thrown out of the cabinet. Along with the air, moisture and oxygen are also thrown out. With that way, a moisture-free and oxygen-free environment is provided.

Nitrogen is commonly used because it does not react when exposed to other gases, especially as opposed to oxygen, which is highly reactive. Due to its chemical structure, nitrogen atoms need more energy to break down and react with other substances. On the other hand, oxygen is a much more reactive gas, as oxygen molecules break down easily. On the contrary, nitrogen gas enables obtaining non-reactive environments where necessary.

The non-reactive feature of nitrogen is its greatest feature, and so this gas is used to prevent slow and rapid oxidation. The electronics industry is an excellent example of this use because slow oxidation can occur in the form of corrosion during the production of PCB’s (printed circuit boards) and other small components. In this case, nitrogen is used to displace or replace air to better protect the end product.

X-Treme Series Metal Powder and Filament Storage Cabinet is an ideal environment, an effective method, especially in cases where oxidation and corrosion are possible. Thanks to the positive pressure it provides, it prevents moisture penetration into the dry cabinet and provides a safe environment for the materials inside the dry cabinet.

Standard Features

  • 1 ea N2 Auto Flow Unit
  • Internal Humidity and Temperature Sensor
  • 7” Touch Screen Control Panel, 800*480 Pixel Screen Resolution
  • Internet Connection by Wi-Fi or Ethernet Cable
  • Remote Monitoring System (RMS)
  • Datalogger (2GB)
  • Stainless Steel (SS) Shelves
  • Door Alarm with Buzzer
  • Rear Stainless Steel (SS) Panels
  • 4 or 6 Casters (2 of them are lockable)
  • Adjustable Stabilization Legs 2 pcs
  • Electrostatic Painted Metal Sheet Body

Additional Features

  • Heater Kit (45°C)
  • Heater Kit (60°C)
  • Heater Kit (100°C)
  • Heater Kit (125°C)
  • Stainless Steel (SS) Shelf
  • Stainless Steel (SS) Sliding Shelf
  • Automatic Door Locks by Password
  • Indoor Light
  • RFID Access (RF-01)
  • MSD (Moisture Sensitive Device) Traceability Software (MSDTrack)
  • PCB Holder (PCB-01)
  • Stainless Steel (SS) U Divider
  • Stainless Steel (SS) I Divider
  • Stainless Steel (SS) SMD Reel Holder with 20 Divider Wire (SMDD-01)
  • Extraction Unit
  • Outside Humidity and Temperature Sensor (HTS-02)
  • External Alarm Bar with Magnetic Base, 2-Color Light and Buzzer (EAL-01)
  • Cooling Unit (COAF-01)
  • Humidifier Unit (HUM-01)
  • Hepa Filter Option-Class 1000 (ISO 6)(HEPA-01)
  • Custom Sliding Feeder Storage Solutions


Smart N2 Flow System

Prevents moisture adsorption and corrosion. %Rh values below 0.5% RH


Unique sensors provide accuracy of +/- 0.3% RH for humidity, +/- 0.5 °C for temperature

Outstanding Performance

50%Rh to ≤1%Rh under 7 minutes after door opening.

Climate Control

Optional heating from 2°C up to 125°C. Forced air circulation


Standard 2 GB Datalogger feature with Wi-Fi (Wireless), Ethernet Cable (Network), USB Flash Disk Connection

Industry 4.0 Ready

• Remote monitoring system (RMS)
• Easy to integrate into in-house enterprise resource planning (ERP) systems
• Internet connection by Wi-Fi and ethernet cable