3D preview of Cassava Uprooter / Subsoiler Tine Assembly
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Interactive 3D model of Cassava Uprooter / Subsoiler Tine Assembly

Jigs and fixtures

Cassava Uprooter / Subsoiler Tine Assembly

3 views
Bounding box
1000.0 × 252.4 × 1190.0 mm
Engine
Precision B-rep
Parameters
21
Published
October 21, 2026

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The prompt

A professional 2D isometric engineering layout of a Soil loosening and cassava uprooting machine for small scale farmers in wao lanao del sur, meticulously drafted in AutoCAD style. The drawing features a precise isometric projection on a clean white background with a dark charcoal/navy CAD viewport border. Display professional engineering standards: varied line weights (thick profile outlines, thin hidden lines and centerlines), precise ISO dimension lines with arrowheads and numerical callouts, cross-hatching for section cuts, and subtle grid alignment. In the bottom right corner, include a clean, minimalist engineering title block with revision notes and scale indicators. Crisp vector-like precision, technical blueprint aesthetics, highly detailed mechanical/architectural drafting.

Parameters

NameValueRange
Toolbar Length900 mm400 – 1600
Square Tube Size60 mm30 – 120
Upright Height620 mm300 – 1000
Upright Spacing500 mm200 – 1200
Mast Plate Thickness16 mm8 – 40
Mast Plate Depth100 mm40 – 200
Mast Rise Above Top Tube60 mm0 – 200
Top Link Pin Dia19 mm10 – 40
Top Link Pin Length110 mm60 – 250
Lower Link Pin Dia22 mm10 – 45
Lower Link Pin Length60 mm20 – 150
Shank Thickness20 mm10 – 50
Shank Width70 mm30 – 150
Working Depth (Shank Drop)450 mm150 – 800
Sweep Wing Span320 mm100 – 700
Sweep Angle30 deg5 – 60
Wing Chord70 mm20 – 200
Wing Plate Thickness14 mm5 – 40
Nose Point Length90 mm20 – 250
Nose Point Width60 mm20 – 160
Toolbar Mount Hole Dia14 mm6 – 30

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.