Robotic gripper 3D Models

Find the best Robotic gripper 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

You May Also Like :

Anonymous1773275568

Anonymous1733361533

Anonymous1769149492

Anonymous1770874800

Anonymous1771844021

Anonymous1772243306

Anonymous1772229782

Design a complete 3D printable robotic gripper assembly driven by a micro servo motor.

IMPORTANT:
- Generate ALL parts in ONE project/output
- BUT each component must be a SEPARATE printable part (not merged)
- Arrange them in an exploded view layout (spread out but organized)
- Ensure all parts fit together perfectly when assembled

Parts to include:

1. Servo Motor Mount (SG90 compatible)
- Include precise mounting holes
- Shaft opening aligned with gear

2. Gear System
- Small gear for servo shaft
- Large gear for motion transfer
- Proper gear ratio and meshing clearance

3. Linkage Arms (4–6 pieces)
- Thin mechanical bars
- Include pivot holes for screws
- Symmetrical design where needed

4. Gripper Jaws (2 pieces)
- Left and right mirrored fingers
- Curved inner surface for gripping
- Connection points for linkage arms

5. Base Frame
- Holds servo and mechanism together
- Strong but lightweight

6. Pins / Screws / Connectors
- Simple cylindrical pins or screw-like connectors
- Sized to fit linkage holes

Anonymous1772117621

Create a complete 3D CAD model set of a robotic gripper mechanism driven by a micro servo motor.

Requirements:
- Generate ALL components in a single project, but each part must be a separate object/file/component.
- Ensure proper real-world scale and mechanical compatibility between parts.
- All parts must be clean, manufacturable, and suitable for 3D printing or CNC.

Components to generate:

1. Micro Servo Motor Mount:
- Compatible with SG90/MG90 servo dimensions
- Include screw holes and shaft alignment opening

2. Gear System:
- One small driving gear (attached to servo shaft)
- One larger driven gear
- Proper gear teeth ratio and meshing alignment

3. Mechanical Linkages:
- Multiple articulated arms (4–6 link bars)
- Include pivot holes for screws
- Maintain realistic joint spacing

4. Gripper Fingers:
- Two symmetric jaws (left and right)
- Curved gripping tips
- Mechanical linkage connection points

5. Base Plate / Frame:
- Structural plate holding all components together
- Mounting holes for servo an

Anonymous1772117621

Anonymous1739343558

Anonymous1772172085

Anonymous1770416455

Anonymous1770874800

Anonymous1771937589

Anonymous1771584386

Anonymous1764206752

Anonymous1770594640

Anonymous1765728426