Plastic & Electronics · MGT-GH-039-02

Pet Slicker Brush · Reference 02

Name: Pet Slicker Brush · Reference 02
Brand: MEGATECH
SKU: MGT-GH-039-02

A hand-grooming direction where working-pin geometry, cushion or head compliance, grip ergonomics, edge comfort, hair release, and cleaning access determine usability.

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Technical snapshot

Typical material system: A rigid molded handle and head may combine with formed metal pins and an optional flexible cushion, or with molded elastomer teeth; exact contact geometry and materials require project confirmation.
Typical process route: Typical routes include handle and head molding, pin forming or tooth molding, cushion or carrier preparation, controlled insertion or over-assembly, edge finishing, pull and alignment review, and packaging.
Key buyer decision: Define coat type and pet-size range, working-head size, pin or tooth geometry, compliance, grip posture, hair-release method, and cleaning routine before tooling.

Reference variant observation

The image shows a wide rectangular brush head attached to an angled handle, presented beside a tall retail carton with a front product window.

The image is a market-reference input. Visible form may inform planning, but it does not confirm material, construction, performance, ownership or compliance.

Planning questions

Which alternative visible form or layout should be carried into the comparison brief?
Which visible interface or presentation detail needs a side-by-side sample review?

Material options

Material comparison

Contact feel, pin or tooth stiffness, spacing, and coat penetrationTip geometry, alignment, retention, and cushion or carrier responseGrip ergonomics, hair release, cleaning access, and retail presentation

Material selection	Typical material system	Trade-offs
Metal-pin and flexible-cushion system	Formed metal pins may be mounted in a compliant cushion or carrier to create a defined grooming interface, with tip, spacing, retention, and cushion response confirmed by sample.	Metal pins can provide a precise, slim working profile, while tip finish, alignment, corrosion environment, and retention need close control. A compliant cushion may improve contour response, while excess movement can reduce consistency or concentrate load at the carrier edge.
Molded flexible-tooth system	Molded elastomer teeth may provide a softer, quieter contact direction and integrated geometry, with hardness, tooth section, recovery, and carrier bonding confirmed by project.	Flexible teeth may reduce sharp-contact concerns, while very soft or long teeth can deflect and change grooming efficiency. Integrated molding can reduce pin insertion, while tooth-root transitions and mixed-material adhesion require careful DFM.

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Manufacturing route

01
Define coat and pet-size use cases, head footprint, working-element geometry, grip posture, and cleaning method.
02
Mold handle, head, cushion carrier, and any release components with controlled seams and locating features.
03
Form and finish pins or mold flexible teeth, then insert, bond, or mechanically retain them according to the selected architecture.
04
Review element alignment and retention, edge comfort, grip, release function, cleaning access, appearance, and packaging.

Design for manufacturing

Pin or tooth pitch and working depth should match the intended coat and pet-size range without creating inaccessible cleaning zones.
Working-element roots and carrier geometry should distribute pull and bending loads without sharp local transitions.
Grip seams, release mechanisms, and head edges should avoid pressure points, pinch zones, and trapped hair.

Quality controls

Risk: Misaligned, rough, or inconsistent working elements may create uneven contact and poor appearance.
Control point: Use approved alignment, tip, spacing, and visual references across representative head areas.
Risk: Weak retention may allow pins, teeth, cushion, or release parts to loosen.
Control point: Define project-specific pull, seating, and repeated-operation reviews for the selected architecture.
Risk: Hair trapped behind carriers or mechanisms may reduce cleaning access and release function.
Control point: Conduct a representative grooming-residue and cleaning-sequence review using the approved sample configuration.

Customization scope

Dimensions, capacity, and component layout
Color, surface appearance, and branding position
Retail packaging, accessory set, and assortment format

Buyer checklist

Confirm the target market, channel, and intended use environment.
Confirm the pet size range and the required product dimensions or capacity.
Select the preferred material direction and finish through specification and sample review.
Define project-specific testing and documentation requirements before tooling or bulk production.

Buyer FAQ

Are these materials the confirmed production specification?

No. They are typical engineering options for development reference; final material, construction, testing, and compliance requirements should be confirmed through the approved specification and sample.

What should a buyer confirm before sampling?

Confirm use conditions, dimensions, material direction, cleaning expectations, branding, packaging, and any market-specific testing or documentation needs.

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Typical programs may include pin brushes, slicker-style brushes, flexible-tooth grooming tools, detangling formats, or coordinated grooming kits.

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