Pressure Vessel Cutting and Welding Production Line

Pressure Vessel Cutting and Welding Production Line

haibao robot combines complementary cutting and welding stations into a pressure-vessel production route. The reference application at Wuxi Baiante brings together P+T welding equipment, a half-pipe automatic welder and a head-opening robot.

Equipment and application images

Pressure vessel production equipment reference

Welding automation at the Baiante application site

Integrated equipment in the customer workshop

Vessel fabrication equipment arrangement

Pressure vessel manufacturing application

Cutting and welding equipment reference

Reactor production equipment at the customer site

haibao robot · PRESSURE VESSEL PRODUCTION EQUIPMENT

Integrated Cutting and Welding Equipment for Reactor Manufacturing

Three equipment modules, one fabrication route

The plasma–TIG module addresses suitable shell or plate joints. The half-pipe welding module follows jacket seams around the vessel. The head-opening robot prepares nozzle interfaces on curved heads. Selecting these modules together helps align cutting, fit-up and welding requirements.

Plan around the product family

A line proposal begins with vessel diameter and length, head profiles, materials, wall thicknesses and nozzle patterns. Product mix matters as much as annual volume: a factory making many variants needs fixtures, programs and changeovers that fit its actual order pattern.

Connect the stations

Workpiece supports, lifting and transfer routes, waiting areas and inspection points must be included in the layout. Capacity should be checked at each operation so that improving one process does not simply move the bottleneck to the next station. Utility supplies and maintenance access are also confirmed during layout review.

A practical commissioning sequence

Develop the process route, review the equipment interfaces, run representative cutting and welding trials, then confirm the layout and acceptance plan. Factory checks and on-site commissioning should verify both individual equipment performance and the agreed workpiece flow. Operators receive training for the supplied configuration.

Configuration reference

Core modules	P+T welding, half-pipe jacket welding, robotic head opening
Reference installation	Wuxi Baiante
Workpieces	Reactor shells, vessel heads and jacketed vessels
Line capacity	Calculated from product mix and complete process times
Layout	Customized to workshop, lifting access and material flow
Project input	Drawings, process route, inspection needs and output target

Discuss your application

Send a workshop plan and representative vessel drawings, plus annual volume, product mix and current operation times. We will prepare a modular line concept and identify the first process trials.

haibao robot
Shao Yicheng · Key Account Project Director · International Welding Engineer (IWE)
Email: masterhyper@163.com
Phone / WhatsApp: +86 177 5158 3908
Office: +86 519 8837 0688

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