KUKA IONTEC Six-Axis Industrial Robot with 30kg Payload Capacity 2D Technical Drawing | PDF, SVG, DXF

Sheet 4section_a · Section4

sheet_num: 4 · edges: 76

Sheet 4. Geometry is derived from the 3D model projection for this drawing set.

76 resolved edges in sheet geometry
See technical_drawing_simple.pdf, sheet_N.pdf, and svg/ for full graphical context
Verify critical dimensions against the source CAD before manufacturing

Sheet 5section_b · Section5

sheet_num: 5 · edges: 79

Sheet 5. Geometry is derived from the 3D model projection for this drawing set.

79 resolved edges in sheet geometry
See technical_drawing_simple.pdf, sheet_N.pdf, and svg/ for full graphical context
Verify critical dimensions against the source CAD before manufacturing

Detail Cdetail_c · base_view: Front

anchor: (350, 150, 100) · radius: 15

Magnifies the small through-holes and fasteners at the main joint, ensuring their size and pattern are clearly specified.

Detail-view anchor selected by the AI planning stage
Use with sheet PDF/SVG for local feature inspection
Validate critical dimensions against source CAD before release

Detail Ddetail_d · base_view: Top

anchor: (300, 290, 100) · radius: 20

Highlights the detailed bolt circle pattern on the base, allowing for precise placement of mounting hardware.

Detail-view anchor selected by the AI planning stage
Use with sheet PDF/SVG for local feature inspection
Validate critical dimensions against source CAD before release

Drawing details & review

Cover summary and review report for this versioned drawing set.

TECHNICAL DRAWING

6983419596888fd1a671ed86

KUKA IONTEC Industrial Robot Arm

sheets

control frames

dimensions not drawn

Sheet index

Sheet	View	Scale	Content
1	Assembly - Front View	2.0	standard_view
2	Assembly - Top View	2.0	standard_view
3	Assembly - Isometric View	2.0	standard_view
4	Section A-A	2.0	section_view
5	Section B-B	2.0	section_view
6	Detail C	2.0	detail_view
7	Detail D	2.0	detail_view

Generated automatically and intended for review before use. A companion review report lists what needs checking.

DRAWING REVIEW REPORT

6983419596888fd1a671ed86

This drawing is generated automatically and is a first draft. The items below need a human decision.

Summary

dimensions drawn

selected, not drawn

control frames

assumed tolerances

Tolerances to verify

Characteristic	Tol	Datums	Confidence	Reason
position	0.25	A \| B \| C	medium	bolt/hole pattern × 8 (position)
position	0.2	A \| B \| C	medium	bolt/hole pattern × 7 (position)

Dimensions not drawn

Sheet	Type	Value	Description	Reason
5	Radius	35.5	5x R35.5mm	Radius ref Edge68 is Line; no nearby Circle/Arc (a substitute further away is another hole)
7	Radius	1.0	2x R1.0mm	refs off printable area

Tolerance schedule

Characteristic	Tol	Zone	Datums	Confidence
flatness	0.05			high
perpendicularity	0.2		A	high
position	0.25	diameter	A \| B \| C	medium
position	0.2	diameter	A \| B \| C	medium
cylindricity	0.2			high

Dimension schedule

All 31 dimension(s) drawn.

#	Sheet	Type	Value	Description
1	1	DistanceX	157.6	overall width 157.6mm
2	1	DistanceY	271.4	overall height 271.4mm
3	1	Angle	80.7	angle 80.7 deg
4	1	Angle	73.6	7x angle 73.6 deg
5	2	DistanceX	157.6	overall width 157.6mm
6	2	DistanceY	203.6	overall height 203.6mm
7	2	Radius	34.4	4x R34.4mm
8	2	Radius	50.0	8x R50.0mm
9	2	Angle	71.8	2x angle 71.8 deg
10	2	Angle	86.9	angle 86.9 deg
11	4	DistanceY	271.3	overall height 271.3mm
12	4	Radius	1.0	4x R1.0mm
13	4	Radius	22.5	R22.5mm
14	4	Angle	66.8	3x angle 66.8 deg
15	4	Angle	87.0	3x angle 87.0 deg
16	5	DistanceY	157.3	overall height 157.3mm
17	5	Radius	33.0	2x R33.0mm
18	5	Radius	35.0	2x R35.0mm
19	5	Radius	37.5	4x R37.5mm
20	5	Radius	48.0	8x R48.0mm
21	5	Radius	49.8	8x R49.8mm
22	5	Radius	50.0	14x R50.0mm
23	6	Radius	1.0	R1.0mm
24	7	Radius	2.0	R2.0mm
25	7	Radius	4.5	R4.5mm
26	7	Angle	9.5	2x angle 9.5 deg
27	7	Angle	81.4	angle 81.4 deg
28	8	Radius	24.4	3x R24.4mm
29	8	Radius	27.4	3x R27.4mm
30	8	Radius	33.0	4x R33.0mm
31	8	Radius	35.0	4x R35.0mm

How these drawings were generated

These drawings were generated from the source 3D CAD geometry. The system analysed the model, selected relevant views, planned section cuts and generated drawing sheets in PDF, SVG and DXF formats.

These are 2D engineering drawings, not 3D files. Dimensions are extracted from the 3D geometry and should be verified against the source model before use in manufacturing.