Robotic Welding at PT Terra Presisi Metalworks, North Jakarta

Services

Repeatableweld paths

roboticwelding

Repeat weld paths for frames and assemblies, programmed in North Jakarta. The same heat, speed, and bead on every cycle.

Capabilities

What the shop runs

Terra Presisi Metalworks operates robotic welding cells in North Jakarta, providing automated MIG welding for high-volume production, repeat assemblies, and structural fabrication requiring consistent weld quality. Robotic welding reduces cycle time, minimizes spatter, and ensures repeatable penetration for applications where manual welding variability is not acceptable.

  • 6-axis robotic MIG welding arms with programmable toolpaths
  • Welding fixtures and jigs for repeatable part positioning
  • Material compatibility: carbon steel, stainless steel, duplex steel
  • Weld joint types: fillet welds, lap joints, butt joints, corner welds
  • High deposition rates for thick sections and long seam runs
  • Process monitoring for consistent heat input and penetration

From drawing to handover

Theprocess

Map the weld

01

Build fixture

02

Prove first article

03

Run production

04

Inspect seams

05

Finish and ship

06

Applications

Where it goes

Typical work for robotic welding, fabricated in North Jakarta and shipped to site.

  • Machine frames and equipment bases
  • Material handling carts and industrial pallets
  • Tubular assemblies and structural frames
  • Brackets and gusset packages with repeat geometry
  • Automotive and heavy equipment components
  • High-volume enclosure and panel production

Questions

Before you send drawings

  • Robotic welding is ideal for production runs of 50+ units where weld consistency, cycle time, and repeatability are critical. Manual welding is more flexible for one-off custom work or assemblies with difficult access. We can advise which method suits your project during quoting.

  • Our robotic welding cells are set up for carbon steel (mild steel), stainless steel (304, 316), and duplex steel using MIG (GMAW) process. Aluminum and exotic alloys may require manual TIG welding due to process sensitivity.

  • Yes. For projects requiring weld traceability, we provide weld maps, welder qualification records, and process parameter logs. NDT (dye penetrant, ultrasonic, or radiographic testing) can be arranged through our accredited third-party inspection partners.

  • Fixture setup and programming investment makes robotic welding economical starting around 50–100 units, though this depends on part complexity. For smaller quantities or prototypes, manual welding is usually more cost-effective.

  • Yes, if the weld joints are accessible to the robotic torch and can be fixtured for consistent positioning. Complex geometries may require multi-axis positioners or indexing tables, which we can integrate into the cell setup.

  • First article setup including fixture fabrication and program validation takes 2–3 weeks. Once approved, production welding for batches of 100–500 units typically runs 1–2 weeks, depending on cycle time and finishing requirements.

Have a package to fabricate?

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