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Public record 01 / Spot + handling

Multi-process line, one interface logic

A KUKA-heavy automotive parts line linking spot welding and handling duties. The public configuration combines a Series 4 barrel with a Series 3 spring route across 49 robots.

Multi-process line, one interface logic
Record summary

A KUKA-heavy automotive parts line linking spot welding and handling duties. The public configuration combines a Series 4 barrel with a Series 3 spring route across 49 robots.

LocationChangzhou, Jiangsu
ProcessSpot welding & handling
RobotKUKA · 49 units
ConfigurationSeries 4 barrel + Series 3 external spring
Public record: this page is a reference for the interface conversation. It does not publish a customer name, price, contract, complete BOM or proprietary project drawing.
Project context

What made this record useful.

The public value is not a part number. It is the combination of a robot family, a process environment and a route architecture that can be discussed with the people who will install and maintain the line.

CityChangzhou, Jiangsu
Client typeAutomotive parts manufacturer (anonymized)
ProcessSpot welding & handling
RobotKUKA · 49 units
Dresspack recordSeries 4 barrel + Series 3 external spring
Record date2025-12
DisclosurePublic fields; customer identity withheld
Engineering focus

The questions this record raises.

  • Spatter direction and welding-gun clearance
  • J3/J4 anchors across two duty types
  • Bundle size around the barrel and spring
  • Service access on a high-density line
Path to a new project

From a public record to a released interface.

01

Read the public record

Start with the robot, process and configuration. Do not infer a diameter or bracket geometry from the record alone.

02

Map the duty

Reconstruct the actual tool cycle, the high-risk zone and the inspection window for the new project.

03

Check the envelope

Use the real robot model and tool to check anchors, bend radius and collision through the full motion.

04

Release the interface

Agree the drawing, BOM and service route before a trial installation or batch release.

Verification frame

What must be checked before handover.

  • Interface: flange, fixed points and tool-side connection do not interfere through the full cycle.
  • Bend radius: the assembled bundle stays within its allowed minimum radius.
  • Motion margin: maximum extension does not pull tight; minimum retraction does not stack the bundle.
  • Protection: the outer structure covers the high-risk zone and leaves the inspection path open.
  • Fasteners: anchors and brackets are checked for dynamic load and access.
  • Maintenance: the wear part, inspection interval and replacement path are documented for handover.
Related routes

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Same process, different robot?

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Share the model and the motion. We will tell you what changes.