Top 10 Best Brewery Design Software of 2026

Brewfather’s core capability is equipment-aware planning, where vessel volumes and process settings drive recipe scaling and what equipment must exist for a target batch. Brew day steps are represented as a sequence, which helps teams validate that the equipment list can support the intended process flow without jumping between unrelated tools. The software keeps related decisions together, including recipe gravity targets, transfer volumes, and vessel capacity checks.

A tradeoff is that Brewfather focuses on brew and tank planning rather than full mechanical plant modeling with construction-grade geometry. It fits situations where engineering and operators need consistent batch planning data and equipment sizing guidance, while a separate CAD system handles detailed plant drawings and spatial constraints. Brewfather works well for iterative design changes like adjusting fermenter sizing or adding a new packaging step and immediately seeing downstream impacts.

Ollie fits brewery engineering teams that need consistent brewhouse layout design outputs tied to equipment lists and placement logic. The tool’s core strength is producing layout views that stay connected to design decisions, rather than generating one-off diagrams. Configuration-oriented workflows help teams converge on a brewery floor plan and then reuse the structure in later design rounds.

A common tradeoff is that Ollie’s value depends on entering equipment and spatial assumptions in a structured way before layout iterations. Teams that only need static tank farm drawings often find the setup effort higher than simpler diagram tools. Ollie works best when layout decisions must drive model revisions and downstream equipment planning across multiple rooms.

AutoCAD supports parametric-ish reuse through blocks and dynamic blocks, which helps standardize recurring assets like tank footprints, valves, and room boundaries. Drawing control is driven by layer standards, dimension styles, and text styles, so teams can enforce consistent labeling across a brewery floor plan set. It also supports referencing other CAD files via external references so updates to equipment layouts can propagate without redrawing entire sheets.

A key tradeoff is that AutoCAD does not provide native brewing process calculations or equipment-sizing logic, so fermenter sizing and load computations require external spreadsheets or separate engineering tools. AutoCAD is a strong fit when a brewery design team needs fast plan generation, strict drawing standards, and consistent handoff packages using DWG exports for coordination.

Ekos is brewery design software that focuses on equipment planning and layout workflows tied to real plant asset decisions. It provides configurable design artifacts and structured equipment placement meant for translating layouts into actionable build outputs.

Ekos also supports process documentation work so teams can keep layout assumptions aligned across design iterations. Integration is oriented around connecting brewery-specific planning data into broader engineering and fabrication workflows.

SOLIDWORKS generates a three-dimensional plant model for brewery design work, including tank blocks, piping runs, and equipment placements within a coordinated CAD environment. Parametric modeling supports detailed brewhouse equipment layouts and downstream deliverables like equipment schedule inputs and automated drawings from the same geometry.

The software supports automation through add-ins, macros, and API access, which helps standardize naming, component libraries, and drawing conventions across brewhouse layout iterations. SOLIDWORKS also supports interoperability with simulation and MEP workflows so teams can carry geometry context into process and utilities planning.

Beer30 is a brewery design software tool focused on turning equipment and layout inputs into reviewable drawings for early-stage plant planning. It supports brewhouse layout design with equipment block placement, routing-style workspaces, and export-ready outputs for handoff to engineering teams.

The workflow centers on repeatable configuration so teams can iterate on tank farm layout decisions and capture the resulting changes across views. Automation and integration are geared toward moving layout intent into downstream deliverables, rather than managing full construction documentation lifecycles.

Onshape centers brewery layout work around a browser-first CAD model with versioned collaboration that supports shared decisions on equipment placement. It builds three-dimensional plant model geometry that can be constrained into consistent brewhouse and cellar layouts for review and coordination.

Onshape also provides a scriptable automation surface through its API and FeatureScript for generating repeatable shapes and derived variants used in tank sizing and equipment block updates. For brewery design teams, the main fit comes from maintaining a single evolving model that can drive schedules and exports without breaking references across revisions.

BeerSmith pairs recipe management with brewery process planning to keep brewhouse work consistent across batches. Its core workflow ties beer style and formulation details to equipment and scheduling so brew sessions can be planned from ingredient targets through step-by-step procedures.

BeerSmith also supports recipe versioning and multi-profile equipment setups for different brewing systems. The design focus is practical output like equipment- and process-aware plans rather than a full 3D plant model.

Craftybase performs brewery design documentation and planning by tying equipment and layout decisions to production-focused records. It supports building brewhouse layout concepts and associated equipment lists while keeping change history across iterations.

The workflow centers on planning artifacts like tank and line inventories, then carrying those details into downstream build and handoff documentation. Its differentiation is the planning workflow that links layout intent to structured operational records instead of treating diagrams as stand-alone images.

Brewtarget is brewery layout design software focused on quick, rules-driven drawings for brewhouse and cellar planning. It supports equipment block placement, sizing inputs, and process-oriented diagrams that map brewing steps across your defined plant.

The workflow centers on managing a consistent plant layout so modifications like adding tanks or reconfiguring vessel counts propagate through related views. For teams that need design iteration without heavyweight BIM workflows, Brewtarget provides targeted modeling for brewery-specific layout work.