Three-Crescent Panel Vibrating Anal Plug with Flex-Neck, Bow-Tie Safety Base and Triple-Window Grip

Identify the device by three crescent panels and three grip windows

This three-crescent panel vibrating anal plug concept combines one rounded smoky-plum tapered body, exactly three charcoal crescent-shaped front panels, a slim neck, a wide bow-tie safety base and an external handle with exactly three oval windows. One recessed button and two charging contacts complete the proposed single-piece layout.

The rendering defines visible geometry only. Measurements, materials, electronics, water resistance, output and production availability remain pending approved samples and records.

Keep the planned inventory to one sealed device

The proposed retail unit contains one vibrating plug. A remote, phone controller, charging cable, adapter, dock, storage bag, cleaner and lubricant are excluded unless a signed packing list later adds them.

The body, neck, base and grip are shown as one integrated assembly with no detachable insertable part.

Round the tapered tip and map the insertable boundary

Publish tip radius, total body length, maximum width, cross-sections and the exact point where the insertable area ends. Inspect mould lines, pits, coatings and colour junctions under magnification before any use trial.

No beginner-size or easy-entry claim is made until the measured geometry and qualified risk review support it.

Space exactly three shallow crescent panels on the front

Number the upper, middle and lower crescents, then record width, height, depth, edge radius, spacing and bond. The panels must remain shallow, smoothly blended and free of lifting corners or cleaning traps after repeated flex and wash cycles.

The visible charcoal shapes are proposed texture zones; their material, firmness and sensory effect remain unverified.

Control the oval body profile instead of scaling by appearance

Measure the plug in both front-to-back and side-to-side axes at several heights. State tolerances for maximum width, maximum thickness, body length, mass and centre of gravity so approved production can be compared with the risk-reviewed sample.

A front image does not reveal thickness, rear texture or internal motor position.

Verify the slim neck as a flexible transition

Record neck diameter, length, hardness and bend angle under specified loads. Fatigue testing should check for tearing, whitening, permanent set and a hard internal hinge where the neck meets the body or safety base.

Flex-neck is a design intention, not a verified performance claim.

Require the bow-tie base to stay wider than the body

Measure full wing span, depth, thickness, edge radius and body-to-base width margin. Compression and fold-through tests must demonstrate that the broad base remains externally accessible under foreseeable loads.

The two wings are safety geometry, not decorative tabs or attachment points.

Use three oval handle windows for an external grip

Inspect the upper, middle and lower openings for edge radius, bridge thickness and hand clearance. Pull, twist and fatigue tests should cover the outer frame and every bridge while the base is wet and dry.

The grip must remain outside the body. It is not a restraint anchor and must never be loaded beyond verified limits.

Operate one recessed control without accidental presses

Document press force, hold time, sequence, indicator behaviour and shutdown procedure. Confirm the button can be found and used while the base remains immediately accessible, but does not trigger from normal contact or storage pressure.

Mode count, memory, travel lock and low-battery behaviour remain pending firmware and sample testing.

Validate two charging contacts and the complete power system

Specify charging lead, contact spacing, polarity protection, input voltage, battery chemistry, capacity, charge time, runtime, storage limits and end-of-life handling. Cycle connectors and batteries while monitoring contact corrosion, swelling, leakage and capacity loss.

No cable or adapter is included in the proposed inventory until the supplier packing list and electrical review confirm it.

Measure vibration sound surface heat and structural loads

Map frequency and acceleration at the tip, crescent zones, neck, base and grip for every supported setting. Measure sound at a stated distance and surface temperature during charging, free operation and controlled load tests.

Quiet, powerful, whisper, deep or body-safe performance language is withheld without reproducible evidence.

Verify materials ingress and compatibility as separate claims

Request traceable composition, hardness, pigments, additives, adhesives, electronics enclosure and restricted-substance evidence for every plum, charcoal and metallic component. Test water ingress on finished production assemblies rather than relying on a shell description.

Silicone, latex-free, phthalate-free, hypoallergenic, waterproof and universal cleaner or lubricant claims remain withheld until verified.

Clean every crescent edge neck base and handle window

Follow only validated temperature, detergent and immersion limits. Wash the rounded body, all three crescents, the full neck, both sides of the bow-tie base, every window edge, button seam and charging-contact recess, then rinse and dry completely.

Keep the device away from incompatible materials and recharge only when dry under the confirmed charging instructions.

Use conservative stop conditions and keep the base accessible

Inspect the device before each consenting-adult use, apply only a verified compatible lubricant and move slowly without force. The entire bow-tie base and three-window handle must stay outside and immediately reachable; do not use during sleep, intoxication or impaired sensation.

Stop at once for pain, bleeding, numbness, unusual pressure, dizziness, loss of control, excess heat, odour, noise or malfunction. Seek urgent medical help if the device cannot be removed or injury is suspected.

Price from vibrating-plug references plus validation reserves

An Alibaba anal-plugs page displayed an app-controlled vibrating plug at USD 3.50 to 3.90 with MOQ 10, another vibrating plug reference at USD 2.31 to 2.37 with MOQ 3, and a wireless plug reference at USD 2.40 to 2.90 with MOQ 10. These are broad category examples, not quotations for this three-crescent triple-window proposal or approved suppliers.

The public procurement benchmark supports an EUR 49.99 planning price after provisional allowance for China-origin freight, custom crescent and three-window moulding, neck fatigue and base fold-through tests, motor, acoustic, thermal, battery, charging, ingress, material and compatibility validation, discreet fulfilment and expected handling loss. Exact supplier, quote, MOQ, dimensions, composition, electronics, packed weight, freight, duty, tax, certification, payment terms, lead time and production availability remain pending.

Frequently asked questions about the three-crescent plug

How many texture panels are on the body?

Exactly three shallow crescent-shaped front panels are proposed.

How many openings are in the external grip?

The integrated handle shows exactly three oval windows arranged vertically.

Is the base wider than the plug body?

The bow-tie base is visibly wider by design, but the final safety margin requires measured production samples.

Does a remote come with the device?

No remote is included in the proposed one-device inventory.

Is it waterproof?

No ingress claim is published until complete production assemblies pass a documented test.

Which lubricant should be used?

Only a lubricant that passes compatibility testing against the verified body, panel, neck and base materials.