Scope
Foton P4 pickup chassis robotic welding production line for pickup sub-assembly welding and chassis body robotic welding.
Project index
China / Pickup chassis robotic welding
Foton P4 Pickup Chassis Robotic Welding Line
Foton P4 pickup chassis robotic welding production line for pickup sub-assembly welding and chassis body robotic welding.
Project referencefoton p4 pickup chassis robotic welding line
Customer / contractFoton
Country / region / contractChina
Vehicle program / contractP4 pickup chassis
Line type / contractPickup chassis robotic welding line
Robot quantity / contract23 robots
Annual capacity / contract5,000 units/year
Process scope / contractSub-assembly welding and chassis body robotic welding
Project record
Scope, solution, and result for similar factory planning
Solution
DUOYUAN keeps the Foton P4 reference connected to pickup chassis welding, robot cells, fixtures, process controls, and commissioning support.
Result
Pickup chassis sub-assembly welding and robotic welding were connected with fixtures, process controls, and commissioning support.
Project data
Published project facts
- Customer (contract)
- Foton
- Country / region (contract)
- China
- Vehicle program (contract)
- P4 pickup chassis
- Line type (contract)
- Pickup chassis robotic welding line
- Robot quantity (contract)
- 23 robots
- Annual capacity (contract)
- 5,000 units/year
- Process scope (contract)
- Sub-assembly welding and chassis body robotic welding
Case study
Challenge, solution, delivery, and result
Overview
The Foton P4 pickup chassis robotic welding line is a contract-level reference for pickup and light commercial vehicle chassis welding in China. The published facts keep the robot count as the contract states it: 23 robots with a 5,000-unit annual capacity target.
Challenge
The P4 pickup chassis program needed a robotic welding line that could hold chassis geometry, fixture positioning, robot access, and production quality in one process boundary.
Solution
DUOYUAN connected chassis fixture design, robot welding workstations, process control, safety guarding, and launch commissioning into one pickup chassis welding package.
Delivery
DUOYUAN organized the project around 23 robots, pickup chassis fixtures, sub-assembly welding, chassis body robotic welding, controls, and commissioning support.
Result
The contract record supports three citable facts: the vehicle program was P4 pickup chassis, the line included 23 robots, and the annual capacity target was 5,000 units per year.
Project review notes
What this case shows for a similar factory plan
Use the case to compare scope, not only as a project name.
Use Foton P4 Pickup Chassis Robotic Welding Line to compare vehicle type, line scope, equipment boundary, and launch result before deciding whether the RFQ is for a complete line, one process section, or a retrofit package.
Start with Body-in-White Welding Line, then use the related reading below to prepare vehicle data, layout constraints, capacity targets, and commissioning expectations.
Project photos
Project site photos
Foton P4 pickup chassis robotic welding line
Related products
Products used in this project
Production LinesBody-in-White Welding Line
Flexible body-in-white welding line for automotive body assembly, covering jigs, robot workstations, transfer equipment, body off line, main welding, and high-robot-count commissioning support.
ViewProduction LinesCommercial Vehicle Production LineCommercial vehicle production equipment for truck, cargo van, pickup, and heavy vehicle programs, covering welding, frame and chassis handling, assembly fixtures, conveyor systems, and testing.
ViewTesting and Custom EquipmentRobot Welding WorkstationRobot welding station layout, tooling, safety, programming support, and production acceptance for vehicle body projects.
ViewRelated reading
Planning articles connected to this project
guide / Welding & BIW / Equipment GuidesHow to Choose Welding Fixtures for Vehicle Body Production
How you should evaluate welding fixtures, assembly jigs, locating, clamping, changeover, tryout, and commissioning support.
Read guideguide / CKD / SKD Plant Setup / Overseas ProjectCKD vs SKD Assembly Plant PlanningWorkshop layout, equipment scope, local installation, and trial operation decisions for CKD/SKD projects.
Read guideguide / Conveyor & EMS / Slide TransportEMS vs Skid Conveyor in Vehicle AssemblyHow EMS, skid conveyor, slide transport, and storage systems fit different vehicle assembly line problems.
Read guidetechnical / Equipment Guides / EOLEnd-of-Line Verification for Vehicle AssemblyA production-minded view of alignment, rain testing, dimensional inspection, and release checks.
Read guideFAQ
Common project questions
Common Questions
What project facts are published for Foton P4 Pickup Chassis Robotic Welding Line?
Foton P4 Pickup Chassis Robotic Welding Line is published as a China reference for Pickup chassis robotic welding. The visible scope is Foton P4 pickup chassis robotic welding production line for pickup sub-assembly welding and chassis body robotic welding. The reported result is Pickup chassis sub-assembly welding and robotic welding were connected with fixtures, process controls, and commissioning support.
How should buyers use this case in an RFQ discussion?
Use this case to compare the line boundary, vehicle program, equipment families, and acceptance target before asking for a similar solution. A buyer should still provide workshop layout, capacity, SOP timing, and local installation conditions.
Which equipment families are most relevant to this project reference?
The page connects this reference with Body-in-White Welding Line, Commercial Vehicle Production Line, Robot Welding Workstation. DUOYUAN can review whether the RFQ needs a complete line package, a single process section, or a retrofit around these equipment families.
What solution scope is shown in this project reference?
DUOYUAN connected pickup frame fixtures, manual sub-assembly welding, robot welding cells, process controls, and commissioning support. Use this case to compare the equipment boundary, process section, and commissioning responsibilities before planning a similar RFQ.
What result should buyers pay attention to when comparing this case?
Pickup chassis sub-assembly welding and chassis body robotic welding were organized with fixtures, workstation controls, and production preparation. Buyers should compare this result with their own workshop layout, takt target, utility conditions, local installation resources, and acceptance standard.
What information should be prepared for a similar project?
Prepare the vehicle program, body or chassis data, target output, takt expectation, current workshop layout, utilities, local installation plan, SOP schedule, and the work scope expected from the equipment supplier.
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