ATOMIC ACADEMY
Total Tool Package Program

Forge Nano is now making it easier than ever to bring the power of Atomic Armor ALD coatings into your lab! By reserving your tool build before December 31st, 2024, customers can lock-in a Forge Nano R&D Atomic Armor tool at the lowest price yet and receive a $20k Proof-of-Concept free of charge.

Impressed by the performance and durability results Atomic Armor’s conformal thin-film coatings bring to your product? Great – you’ve locked in the best pricing option available! Initial results not enough to warrant a tool purchase at this time? No upfront commitments! Let Forge Nano showcase how its leading Atomic Layer Deposition technology can take your products to the next level – one atom at a time. 

Reserve Your Tool Package By Dec. 31, 2024, for 5% Discounted Price.

2 PACKAGES TO CHOOSE FROM 

  1. R&D tool lease for 24 or 36 months which includes:
    1. Initial consultation
    2. POC for up to 20k
    3. R&D ALD tool
    4. 24 or 36-month lease options
    5. On-site tool training/installation
    6. Service and maintenance for the duration of the lease
    7. Equipment insurance
    8. 5% discount if conditional PO is issued by 12/31/24
  1. Equipment tool sale with 5% discount if conditional PO is issued by 12/31/24
    1. ALD tool
    2. POC for up to 20k (fee waived)
    3. On-site tool training/installation (fee waived)
    4. Standard preventative maintenance for first 12 months (fee waived)
    5. 12-month warranty

Secure Your Tool Today for 2025 Delivery

Learn How to Reserve Your Tool at a 5% Discounted Rate

CASE STUDIES

BATTERIES – CATHODE

Modification of Ni-Rich FCG NMC and NCA Cathodes by Atomic Layer Deposition: Preventing Surface Phase Transitions for High-Voltage Lithium-Ion Batteries.

SEMICONDUCTORS

Low temperature ALD growth optimization of ZnO, TiO2, and Al2O3 to be used as a buffer layer in perovskite solar cells.             

ADDITIVE

Surface modification of organic powders for enhanced rheology via atomic layer deposition.        

ADDITIVE

Improving Ti64 reusability using Powder Atomic Layer Deposition.

 

 

CATALYSIS

Scalable synthesis of supported catalysts using fluidized bed atomic layer deposition.