Build the vacuum system.
Define custom chambers and connect ports, flanges, pumps, and gas sources in dimensioned layouts—from a single chamber to a differentially pumped instrument.
VACUUM INSTRUMENT MODELING
Limited alphaGuild Control
Connect instrument geometry with pressure, contamination, and thermal models in a standalone desktop application.
Limited, non-public alpha · Access by application
01 / CAPABILITIES
Explore the design in depth.
Predict vacuum performance.
Explore pressure distributions, pump-down behavior, and achievable base pressure. Account for conductance, gas feeds, leaks, seal permeation, and material outgassing within stated operating limits.
Follow contamination.
Track released molecules as they travel through an instrument, collide with surfaces, stick, desorb, and accumulate on sensitive components.
Explore temperature and surfaces.
Examine contaminant capture on cold surfaces and how temperature history, loading, and material properties affect cleanliness, bakeout, and regeneration.
02 / MODELING APPROACH
Know what a
prediction rests on.
Guild Control is being built as a standalone desktop application, with a modular architecture for progressively deeper analytical models, numerical molecular transport, and finite-element analysis.
Our development approach emphasizes traceable assumptions, independent verification, and a clear distinction between experimental capabilities and validated predictions.
LATER RELEASE
Connect vacuum design and modeling.
Integration with GuildCAD is planned for a later version. The first alpha focuses on system layout, vacuum performance, contamination transport, and thermal and surface models.
Explore GuildCADEARLY ACCESS
Bring your design questions.
Holtzman and Guild Control are accepting requests for their limited, non-public alpha releases.