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🔧Onshape 2023.0 Release: Enhanced Parametric Modeling

Onshape's 2023.0 Release Boosts Parametric Modeling Capabilities

TL;DR

Onshape's 2023.0 release introduces advanced parametric modeling features, including a robust constraint system and enhanced dimensioning options. Users can now edit, suppress, rename, reorder, and delete features in a parametric timeline.

Onshape's 2023.0 release introduces a robust constraint system with coincident, point on curve, horizontal/vertical, parallel, perpendicular, tangent, curvature, equal, concentric, collinear, midpoint, symmetry, and fix constraints. The release also includes an advanced dimension system with linear, aligned, horizontal, vertical, point-to-line, radius, diameter, angle, arc sweep, arc length, and slot length dimensions. Users can now edit, suppress, rename, reorder, and delete features in a parametric timeline, enhancing the overall parametric modeling experience.

Onshape 2023.0 Release: Enhanced Parametric Modeling — GitHub

Key Points

1

The application uses Levenberg–Marquardt to solve constraints, ensuring accurate and efficient modeling.

2

The feature set includes extrude, revolve, sweep, loft, fillet/chamfer, shell, draft, holes, threads, patterns, mirror, split, combine, move, and construction geometry.

3

The parametric timeline allows users to edit, suppress, rename, reorder, and delete features, improving workflow efficiency.

4

The application supports a wide range of dimensions, including linear, aligned, horizontal, vertical, point-to-line, radius, diameter, angle, arc sweep, arc length, and slot length.

5

The constraint system includes coincident, point on curve, horizontal/vertical, parallel, perpendicular, tangent, curvature, equal, concentric, collinear, midpoint, symmetry, and fix constraints.

Why It Matters

Onshape's 2023.0 release significantly improves the parametric modeling experience for engineers and designers, offering advanced constraint and dimension systems. This update benefits teams working on complex projects, enabling more precise and efficient modeling workflows.

Onshapeparametric modelingCADengineeringdesign

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