3D preview of Positioning Stop (Ch.2 Plate)
Loading the interactive model…
Interactive 3D model of Positioning Stop (Ch.2 Plate)

Enclosures and housings

Positioning Stop (Ch.2 Plate)

1 views
Bounding box
4.0 × 0.3 × 2.5 mm
Engine
Precision B-rep
Parameters
13
Published
September 21, 2026

Download

Free to download and use. See the terms.

The prompt

Step 1: Create the 3D Positioning Stop Model (F3D) Sketch the Profile: Start a new sketch. Always anchor your first point or corner to the Origin (0,0,0). Roughly draw the 2D profile of the part (don't worry about exact lengths yet). Apply Geometric Constraints: Apply geometric constraints (Horizontal/Vertical, Equal, etc) to lock in how the lines relate to each other. Dimension the Sketch: Add the specific linear and angular dimensions provided in the textbook. Extrude into a 3D Solid: Use the Extrude command to transform your fully defined 2D sketch into a 3D solid model. Save your Work: Save your file using the exact format: LastName_FirstName_Ch2_Positioning Stop. (Fusion will automatically save this with an .F3D extension). Step 2: Generate the Orthographic Drawing with Isometric View (PDF) Upon completing your 3D model, convert it into a formal 2D engineering drawing for submission per the guidelines provided in chapter 8 of the textbook: Navigate to Design ➔ Drawing ➔ From Design. In the CREATE DRAWING dialog box, use these exact settings: Drawing Type: Automatic Base Document: From Scratch Standard: ASME Units: Inches Orientation: Landscape Sheet Size: B Click OK. Add a Base View (front view) Create Projected Views (top and right side views, plus isometric view in upper right corner) Adjust the View Scale Reposition Views Add and adjust Center Marks Add and adjust Centerline bisectors Dimension the Drawing: Go to DIMENSIONS ➔ Auto Dimension Dimensioning: Configure the EDIT AUTO Dimensions dialog box: Select Baseline Dimensions. Change the datum location to BOTTOM RIGHT. Click OK.

Parameters

NameValueRange
Overall Length4 in2 – 10
Overall Height2.5 in1 – 8
Plate Thickness0.25 in0.06 – 1
Corner Chamfer Run (X)1.25 in0 – 3
Corner Chamfer Drop (Z)0.75 in0 – 2
Centre Hole Dia1.25 in0.1 – 3
Centre Hole X2.5 in0.5 – 9
Centre Hole Z1.25 in0.25 – 7
Side Hole Dia0.5 in0.06 – 2
Left Hole X1 in0.1 – 9
Left Hole Z1.25 in0.1 – 7
Right Hole X3.25 in0.1 – 9
Right Hole Z0.75 in0.1 – 7

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.

3D preview of Cylindrical Stainless Steel Basket with Folding Handles368.0 × 250.0 × 252.1 mmPrecision

Cylindrical Stainless Steel Basket with Folding Handles

Design a cylindrical 304 stainless steel basket with an outer diameter of 200 mm and height of 250 mm. The basket has solid side walls with no perforations. The bottom plate contai

STEPSTLGLB15 PARAMS
3D preview of Immersion Cooling Enclosure592.0 × 402.0 × 166.0 mmPrecision

Immersion Cooling Enclosure

Design a sealed high-pressure dielectric immersion cooling enclosure for cylindrical battery cells. Internal cavity dimensions: 540mm length, 360mm width, 160mm height with 6mm wal

STEPSTLGLB15 PARAMS
3D preview of Simple BWB with Propulsion Tube2130.0 × 6500.0 × 350.0 mmPrecision

Simple BWB with Propulsion Tube

Prompt: "A simple, solid Blended Wing Body (BWB) flying wing. Dimensions: wingspan 6.5 meters, center chord 1.53 meters, root thickness 35 centimeters, tapering to 15 centimeters a

STEPSTLGLB8 PARAMS
3D preview of Engranaje recto 50 dientes, módulo 2104.0 × 103.9 × 10.0 mmPrecision

Engranaje recto 50 dientes, módulo 2

Engranaje recto de 50 dientes, diámetro exterior 104 mm, diámetro de raíz 95 mm, espesor 10 mm y ángulo de presión 20°. Crear como sólido 3D con un agujero central de 8.2 mm de diá

STEPSTLGLB5 PARAMS
3D preview of G+1 Party Hall Structural Shell30000.0 × 60000.0 × 8950.0 mmPrecision

G+1 Party Hall Structural Shell

G+1 Party Hall – AutoCAD Design Prompt Design a G+1 RCC-framed Party Hall in AutoCAD with detailed Ground Floor Plan, First Floor Plan, and all-side elevations (front, rear, left

STEPSTLGLB19 PARAMS
3D preview of Rope Winch Drum320.1 × 320.0 × 320.1 mmPrecision

Rope Winch Drum

Create a fully parametric CAD model of a rope winch drum for a construction hoist. Requirements: - Output format: STEP (.step or .stp) - Units: millimeters - Solid body only (no

STEPSTLGLB12 PARAMS
Positioning Stop (Ch.2 Plate) - Free CAD Model (STEP, STL) | TextoCAD