Sheet-based machines engineered for controlled single-substrate coating

Precise slot-die coating on individual sheets and rigid substrates, from first film to reproducible protocol.

Versatile sheet-based platforms

Sheet-based coating holds the substrate on a fixed vacuum bed and moves the slot-die head across it, so every layer is deposited under directly controlled conditions.

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Single-substrate coating platform

Sheet-based machines coat one substrate at a time on a vacuum table, with heating available depending on the system. Gap, speed and dispense are set per run, with the same slot-die head used across formulations.

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When to choose sheet-based

Choose sheet-based when you are screening formulations, working with rigid or brittle substrates, or need minimal material volume per experiment.

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Typical users

Research groups and R&D teams across materials science, developing, screening and refining coating recipes on individual substrates.

Sheet-based coating machines

Each platform covers a different stage, from entry-level manual setups to fully automated systems. Open a machine page for specifications, drying options and slot-die head compatibility.

FOM scalarSC sheet coater

FOM scalarSC

FOM vectorSC sheet coater

FOM vectorSC

FOM alphaSC sheet coater

FOM alphaSC

Flexible slot-die heads for evolving coating needs

The machine sets the range; the head defines how the material is applied.

Platform & tooling

  • The machine is the base platform, providing motion, stability and process control.
  • The slot-die head is the interchangeable part that defines how material is applied.
  • You can switch heads to move between applications without replacing the full system.

Compatibility logic

  • Each machine supports a defined range of slot-die head configurations.
  • Compatibility depends on machine type, coating width, capacity, and mounting and fluid setup.
  • The platform sets the limits; the head is selected within that range.

Key variables

  • Heads are selected on a few core parameters tied to your application.
  • Width defines coating area and throughput.
  • Material — steel or PEEK — ensures chemical compatibility, and precision level matches the required coating quality.
FOM Tensor on laptop and a scientist controlling it

FOM’s Tensor coating software

Turns coating expertise into repeatable, scalable recipes. A clean, guided user interface takes you from setup to run with recipe-based control and storage to reuse coating protocols and test coating parameters in a structured way. The same intuitive workflow spans research tools and pilot lines, helping you scale by width and throughput without reworking your process. Advanced options—such as sequences, drying/profile management, web handling, and tension control.

Why it matters

  • Save time with easy setup and reusable recipes.
  • Get the same results every time with locked settings and history tracking.
  • Scale with ease by using familiar software and protocols as you move from the lab to the pilot line

Connect with our experts

Every coating project starts with a material, a substrate and a target film. Tell us yours and our Science & Learning team will work through the process window with you — from first trials in the lab to a route toward roll-to-roll.