LMS Technologies Pte Ltd

FOM alphaSC - Advanced-Level

Advanced-Level Excellence in Thin Film Research & Production

The Ultimate in Precision, Control, and Versatility

The FOM alphaSC sets a new benchmark for advanced thin-film research and production, delivering unmatched control, functionality, and versatility. Every aspect—from hardware to software and premium features—has been meticulously engineered to minimize experimental error and maximize usability with both flexible and rigid substrates. The result is exceptional precision, reproducibility, and adaptability across a broad range of materials and coating processes for both industry and academia.

Designed for Ambitious Research & Technology Development

As the gold standard for leading research centers and technology innovators, the FOM alphaSC combines full automation with seamlessly integrated control software. This powerful combination ensures unparalleled reproducibility and supports systematic experimental design, empowering researchers to achieve breakthrough results.

Flawless Automation for Lab-to-Fab Success

Whether you’re conducting fundamental research, developing next-generation devices, or targeting record-setting efficiencies, the FOM alphaSC is built to accelerate your progress. Its advanced microporous substrate holder ensures uniform suction, eliminating the need for additional sample fixation steps. The integrated software-controlled pump, along with fully automated vertical and lateral movement of the slot-die head, enables high-throughput, highly systematic workflows.

Optional modules—including drying/annealing units, compressed gas for rapid drying, and docking modules—can transform the standalone FOM alphaSC into a compact pilot processing line. This flexibility makes it the perfect tool for elevating your research’s technology readiness level and translating lab-scale innovation into production-ready solutions.

Reproducibility and High Precision, Every Time

The FOM alphaSC’s sophisticated software allows you to create and manage a library of coating protocols, making it easy to recall and precisely reproduce deposition processes. This feature provides researchers with deep insights into process variables and ensures consistent, high-quality results.
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RFQ
  • Excellent layer definition, uniformity, and repeatability
  • Fully motorized for precision motion and positioning
  • Advanced coating automation functions via intuitive laptop interface
  • Compatible with both rigid and flexible substrates
  • Outstanding flatness and fixation on microporous vacuum table
  • Substrates up to 300x300 mm
  • Substrate heating up to 200°C in addition to hot air + IR oven module option
  • 100% Servo-driven motion systems
  • Turnkey glovebox compatibility
  • Compatible with fluids up to 20,000 cPs
  • Simple film thickness control
  • Uniform dry film thicknesses from tens of nanometers to hundreds of microns
  • High material efficiency compared to blade & spin coating
  • Simple scaling from lab to R2R on FOM moduloR2C