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Electric Screwdriver Spare Parts Service Plan; XOENAEN 53-in-1 precision electric screwdriver set shown as a product configuration referenceOctober 30, 2026Electric Screwdriver Spare Parts Service PlanRead article →
230Cleaning Castable Resin Jewelry Pattern Sprues Before Investment — H102 five-speed cordless engraving pen cover view for preparing a fully processed printed jewelry pattern for the next qualified casting step
August 20, 2026 · XOENAEN 3D Print & Rotary Application Team

Cleaning Castable Resin Jewelry Pattern Sprues Before Investment

Support the pattern, remove the sprue in stages and keep rotary contact away from fine details. For this job, control cure state, sprue location, feature support and retained master dimensions. Stop if a prong vibrates, a flat spot appears or dust remains in recesses. Accept the work only when the witness is level with the approved contour and every protected detail remains present.

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231Preparing a 3D Print for Epoxy Primer Without Hiding Defects — D-102 cordless electric engraving pen cover view for preparing a functional prototype or prop for a compatible primer system
August 20, 2026 · XOENAEN 3D Print & Rotary Application Team

Preparing a 3D Print for Epoxy Primer Without Hiding Defects

Correct shape and adhesion defects before creating an even keyed surface for the approved coating. For this job, control cleanliness, scratch consistency, edge preservation and coating compatibility. Stop if dust, glossy islands, deep scratches or hidden cracks remain under the first coat. Accept the work only when the surface is clean, uniformly prepared and matches the coating supplier’s requirements.

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232Preparing a 3D Print for Conductive Coating and Metal Plating — 104 mini rotary tool pen cover view for preparing a decorative or prototype part for a specialist conductive-coating process
August 20, 2026 · XOENAEN 3D Print & Rotary Application Team

Preparing a 3D Print for Conductive Coating and Metal Plating

Finish the geometry to the coating provider’s reference and remove all dust before handoff. For this job, control surface continuity, recess access, edge radius, coating compatibility and cleanliness. Stop if deep scratches, porous filler or trapped debris creates an uneven conductive layer. Accept the work only when the provider-approved surface sample is matched with no loose media in cavities.

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233Drilling a Small Pilot Hole in a Cured Resin Print Without Cracks — 106 cordless precision rotary tool cover view for adding a controlled fastener or wire pilot hole to a noncritical resin prototype
August 20, 2026 · XOENAEN 3D Print & Rotary Application Team

Drilling a Small Pilot Hole in a Cured Resin Print Without Cracks

Support the exit, mark the axis and use a sharp correctly sized tool with minimal feed. For this job, control wall thickness, cure state, speed, feed, backing support and chip removal. Stop if white stress lines, conical breakout or a wandering entry appears. Accept the work only when the hole remains on axis with an intact rim and the specified gauge passes.

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234Removing FDM Nozzle Blobs from a Z-Seam Without Flat Spots — H101 five-speed cordless engraving pen cover view for correcting isolated nozzle deposits on a curved enclosure or display part
August 20, 2026 · XOENAEN 3D Print & Rotary Application Team

Removing FDM Nozzle Blobs from a Z-Seam Without Flat Spots

Mark each blob and remove its crest individually before blending with a supported fine abrasive. For this job, control blob height, wall curvature, lighting, pressure and local temperature. Stop if the work band widens, the curve develops flats or softened debris smears. Accept the work only when raking light shows a continuous curve with no measurable wall loss.

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235Finishing a 3D Printed Vacuum-Forming Buck for Clean Release — H102 five-speed cordless engraving pen cover view for preparing a prototype buck used by a qualified thermoforming process
August 20, 2026 · XOENAEN 3D Print & Rotary Application Team

Finishing a 3D Printed Vacuum-Forming Buck for Clean Release

Preserve draft and vent paths while removing only defects that would print through or trap the sheet. For this job, control draft angle, edge radius, vent geometry, coating system and process temperature. Stop if a vent closes, a release edge rounds or heat limits are assumed rather than validated. Accept the work only when the buck matches its approved surface reference and downstream process checklist.

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