Legal Disclaimer & Engineering Terms

The 3D modeling application, rendering tools, parametric libraries, tutorials, and documentation provided on TLnkerccads are presented solely for educational, prototyping, design exploration, and general computational engineering purposes.

While every effort is made to maintain stable releases and precise computational solvers, all software binaries, parametric scripts, shaders, and technical articles are distributed on an "as is" and "as available" operational standard without express operational endorsements.

Calculations generated inside the parametric modeling workbench—including finite mesh estimates, volumetric measurements, center-of-mass simulations, and stress tensor previews—are algorithmic approximations intended to aid spatial layout planning.

They do not substitute for formal physical structural validation, certified laboratory material inspection, or stamped analysis by licensed professional engineers for safety-critical assemblies.

Users retain full responsibility for verifying all dimensions, unit conversions, and structural safety parameters prior to physical fabrication, additive manufacturing, or high-volume industrial tooling.

Our platform may reference external repositories, Python modeling plug-ins, custom render engines, material shader repositories, or third-party mesh repositories. TLnkerccads exercises no direct administrative control over external domains, independent script repositories, or external privacy procedures.

The presence of any hyperlink or integration guide does not represent an endorsement of external vendor services. Users are advised to review the respective licensing models, repository checksums, and terms of any third-party software extension before running executable code in local environments.

TLnkerccads provides export filters across standard 3D formats (such as STEP, IGES, STL, OBJ, and glTF). Variations in tessellation tolerance, mesh topology, manifold geometry, and external CAD reader interpretations may occur during format interchange.

• Always maintain independent, versioned offsite backups of critical CAD geometry and project blueprints.
• Validate exported polygon counts, surface normal orientations, and watertight manifold status before initiating 3D print slicing.
• Verify hardware graphics driver settings and GL acceleration configurations to prevent rendering interruptions during complex boolean operations.

In no event shall TLnkerccads, its software maintainers, contributing engineers, or operational affiliates be liable for any direct, indirect, incidental, consequential, or operational losses arising out of the use, inability to use, or reliance on geometric models, computational scripts, technical articles, or digital assets hosted on this site.

Users acknowledge that all digital modeling workflows are executed at their own professional discretion, subject to their independent quality assurance workflows.

If you require clarification regarding these technical disclaimers, licensing parameters, or wish to report intellectual property inquiries regarding CAD models or shader definitions, please reach our administrative office.