Tiny Table Vise Clamp

This model is a compact 3D‑printed vise-style PCB holder, designed for electronics work such as soldering, inspection, assembly, and small mechanical tasks. The design is fully printable on any standard FDM 3D printer and requires no special hardware unless optional metal inserts are added.Features1. Dual‑Jaw Clamping SystemOne fixed jaw integrated into the base.One sliding jaw driven by a threaded screw.Smooth clamping action suitable for PCBs, small parts, and precision components.2. Gear‑Style Adjustment KnobProvides excellent grip and torque for manual tightening.Easy to operate even with gloves or slightly oily hands.3. Printable Threaded ScrewOptimized for PLA/PETG durability.Compatible with M8/M10‑style tolerances depending on slicer settings.4. Stable Mounting BaseFlat base with a mounting hole for  m4 screws.Can also be used free‑standing on a desk.Recomend using anti‑slip pads or adhesive feet.Recommended Print SettingsSETTINGInfill40–60% (Grid, Gyroid, or Cubic)Walls3–4 perimetersSupportsOnly under overhangs >50°Print speed40–60 mm/sCoolingOn for PLA, moderate for PETGLayer height0.2 mm (0.1 mm for high detail)Suggested MaterialsPLA+ (Recommended for general use)Easy to printGood dimensional accuracySuitable for light to medium clamping forcePETG (Recommended for durability)Higher strength and flexibilityBetter resistance to repeated tighteningSlightly more difficult to printABS / ASA (Optional)Strong and heat‑resistantRequires enclosureBest for workshop environments Design DetailsGear KnobDiameter: 30x30mmTeeth: 34 evenly spacedGrip texture: radial ridgesCenter hole: matched to printed screw shaftThreaded RodLarge, deep threads to reduce wearJawsReinforced with ribs to prevent crackingSmooth inner faces to avoid PCB damagePost‑Processing SuggestionsLight sanding of the screw threads for smoother rotationOptional silicone grease for long‑term durabilityAdd rubber pads to the jaws for delicate componentsHeat‑set inserts can be added for extreme durabilityIf you encounter any printing difficulties or identify a design flaw, please inform me so I can update the model.