Make the smallest features visible by optimal coating
Reproducible Coating for EM Samples
Achieve consistent thin films for SEM and TEM analysis
Produce fine grained metal and carbon coatings for high resolution SEM and TEM applications with the EM ACE600.
This high vacuum sputter coater supports automated, recipe based workflows to ensure reproducible thin films across routine and advanced EM sample preparation.
Configure EM ACE600 for sputter coating, carbon thread evaporation, rod type e beam evaporation, and optional glow discharge — all within one system. Automated sequencing and controlled vacuum conditions reduce run‑to‑run variability, helping you trust results earlier in your workflow.
The EM ACE600 is upgradeable for advanced workflows, including cryo coating and vacuum cryo transfer, supporting evolving application requirements in EM laboratories.
Explore Options
For research use only
Automated, reproducible coating workflows
The EM ACE600 supports fully automated, recipe based coating workflows to help ensure consistent results across users and applications.
Predefined recipes guide users through sputtering, evaporation, and glow discharge processes with minimal interaction.
Automated vacuum and gas handling, combined with automated sequencing, allow multiple process steps to be completed without intermediate venting. Once a recipe is started, the system runs the complete coating cycle automatically.
This workflow assisted operation helps reduce variability and supports reproducible thin film deposition for routine and advanced EM sample preparation.
Multiple coating methods in one system - supporting end to end EM sample preparation workflows
Multiple deposition methods can be combined in one automated sequence without breaking vacuum. Optional glow discharge enables hydrophilization of TEM grids as part of the same workflow.
This versatility allows laboratories to cover a broad range of SEM and TEM preparation tasks using one configurable system.
Ready for advanced and cryo workflows
The EM ACE600 is designed to support evolving application requirements. The system can be upgraded for advanced workflows, including cryo coating and vacuum cryo transfer.
Optional cooling stages, dedicated sample holders, and transfer solutions enable preparation of sensitive samples under controlled conditions. The system also supports specialized techniques such as rotary shadowing.
This upgradeable design allows laboratories to start with routine workflows and expand capabilities as applications develop.
High vacuum precision
High vacuum conditions support the production of fine grained metal and carbon films required for high resolution SEM and TEM imaging. Controlled vacuum levels and integrated thickness monitoring help achieve consistent coating quality for demanding EM applications
Carbon & e beam coating
In addition to sputter coating, the EM ACE600 supports carbon thread and rod type e beam evaporation. These methods enable the preparation of homogeneous carbon films and fine grained metal layers for a wide range of EM sample types.
Workflow assisted operation
The workflow assisted user interface provides fast access to predefined recipes and key parameters. Automated process execution helps reduce user interaction and supports reproducible coating results across users and experiments.
Which sputter coater fits?
- Choose the system that fits your application needs.
- The EM ACE600 is designed for high vacuum coating, advanced workflows, and high resolution SEM and TEM applications.
- The EM ACE200 supports routine SEM and TEM coating tasks in low vacuum environments.
- Our application specialists work with you to select and configure the right system for your samples and workflows.
