Lid
Sensor-ready closure direction · engineering review required. Opening geometry, drinking access, cleaning access and assembly are reviewed against the intended use case.
A production-development reference for component architecture, material selection, manufacturing process and customization review.
PROJECT-SPECIFIC ENGINEERING VALIDATION REQUIRED
Sensor-ready closure direction · engineering review required. Opening geometry, drinking access, cleaning access and assembly are reviewed against the intended use case.
Food-contact silicone direction. Compound, temperature range, compression and leak-test protocol are selected and verified for the final closure.
Powder-coated steel body, smart-lid polymer and display-window direction. Food-contact surface, polishing or coating route and wall construction require supplier specification and sample approval.
Double-wall vacuum direction · thermal performance confirmed by project testing. Wall thickness, forming tolerance and finish build are confirmed during engineering and sampling.
Project-specific anti-slip pad or formed base direction. Attachment, drainage and cleaning access are reviewed before tooling.
Built-in chip and sensor placement are isolated from the liquid path inside a protected enclosure. Exact sensor set and accuracy remain project-specific.
Rechargeable power and Bluetooth synchronization directions use established components. Runtime, charging method and connection behaviour require prototype validation.
Stainless-steel deep drawing, neck forming and project-specific welding / vacuum assembly. Tooling, tolerances, assembly sequence and validation plan are confirmed for the approved project specification.
Design illustration. Component layouts and renders require project-specific engineering validation.