Integrated services engineered for precision

Our workflow allows seamless coordination between machining, welding, and sheet-metal forming when required.

Machined aluminium component on fixture

CNC Milling

Optimized toolpaths for tight-tolerance parts in light alloys and steels. We combine 5-axis machining with custom fixturing to reduce handling and guarantee repeatability.

  • CAM programming validated with in-machine probing routines and spindle load tracking.
  • Dedicated fixture design, including hydraulic and vacuum systems for complex geometries.
Turning technician setting up multitasking lathe

Multitasking Turning

From bar stock or billet, with powered tools and sub-spindle. In-process probing and SPC monitoring keep complex geometries within specification.

  • Live tooling strategies combine turning, milling, and gear skiving in a single clamp.
  • Automatic bar feeders and robot loaders sustain unattended shifts for repeat programs.
Dedicated welding jig for steel frame

Welding & Fabrication

MIG/TIG and robotic welding on steel, stainless steel, and aluminium. Dimensional checks on dedicated jigs secure alignment before delivery.

  • Jigs fitted with quick-change gauging points for interim dimensional verification.
  • Surface finishing options include blasting, brushing, and passivation treatments.
Sheet metal laser cutting and bending cell

Sheet-Metal Forming

Laser cutting, CNC bending, and roll forming handled by a dedicated engineering team. Tooling libraries and offline simulations keep set-up times short while safeguarding geometry.

  • Fiber laser cutting tables up to 3000 x 1500 mm, 15 kW power, with automatic nesting to reduce scrap.
  • 160-ton press brakes, hydraulic shears, and plate rolls cover structural components up to 3 m.
  • Integrated weld prep: deburring, brushing, and part marking ready for downstream fabrication.

Process coordination

Production engineering sits between quoting and the shop floor, running daily checkpoints to keep programs, fixtures, and material deliveries aligned with due dates.

  • A rolling schedule board ties due dates to machine capacity so supervisors can shuffle priorities without stalling other jobs.
  • Fixture kits and tooling lists are prepared a shift in advance, and operators log setup notes back into the router for repeat work.
  • Material purchasing is tracked in ERP with expediting alerts when supplier ship dates slip.

Quality and logistics support

Quality, packing, and logistics operate from the same dashboard so the right paperwork and protection reach the customer together with each batch.

  • First-off results trigger hold/release flags and add corrective actions before packing begins.
  • Pick lists include packing hardware, so QC hands off parts with the protective pieces already accounted for.

Workflow summary

Each program follows a structured sequence that aligns engineering deliverables with shop floor readiness and shipment milestones.

01

Kick-off

Joint review of drawings, tolerances, and timing with risk analysis and material allocations.

02

Industrialization

Toolpath approval, fixture validation, and welding trials backed by CMM correlation to lock the production recipe.

03

Controlled production

Serial machining, welding, and inspection carried out under professional supervision, with full traceability in packing and logistics documentation.