1. Study and validation
Expert evaluation, non-destructive and destructive testing, feasibility studies, economic review, technical risk assessment, 3D modelling, strength calculations, FEA, and product testing.
Workflow
Mechanical work grouped by project stage
2. Material processing
Turning, milling, grinding, and preparation of heavy workpieces in steel, titanium, aluminum, bronze, brass, copper, cast iron, and stainless steel.
3. Joining and treatment
MIG/MAG, TIG, manual arc, submerged arc welding, capacitive discharge welding, hardening, carburising, nitriding, annealing, normalising, and stress relief.
4. Assembly and quality control
Mechanical and electromechanical assembly, part adjustment, post-assembly tuning, dimensional control, weld examination, pressure testing, and final quality verification.
Project fit
Where mechanical services create value
Mechanical work becomes strongest when BRUVAL can connect the problem, the part condition, and the production route. The same request may require design review, machining, welding, heat treatment, assembly, and inspection before it is ready for service.
New heavy parts
Manufacture components from drawings or models when the buyer needs controlled material, dimensions, surface finish, and release records.
Worn equipment
Assess whether a component should be repaired, reconditioned, reverse engineered, or replaced before the shutdown window closes.
Complex assemblies
Combine machined parts, welded structures, purchased items, adjustment, and functional checks into a complete mechanical assembly.
Risk reduction
Use inspection, testing, and documentation to make the production route clear before the part returns to the line.
Decision route
From request to workshop-ready plan
Clarify function
Confirm where the part works, what it carries, how it moves, and why it needs production, repair, or redesign.
Check evidence
Review drawings, photos, worn samples, dimensions, material data, load cases, and previous failures.
Select operations
Choose machining, welding, heat treatment, hard-facing, grinding, assembly, and inspection steps around the actual risk.
Control interfaces
Focus on bores, faces, shafts, journals, welded joints, mounting points, and adjustment areas that affect fit.
Release records
Close the route with measurements, tests, certificates, NDT, and traceability where the project requires them.
Inquiry data
What helps BRUVAL evaluate mechanical work
- Drawings, 3D models, photos, or the worn component if drawings are incomplete
- Overall dimensions, approximate weight, material grade, hardness, coating, and current part condition
- Function in the machine, operating load, temperature, speed, pressure, movement, and environment
- Known issue: wear, cracking, deformation, corrosion, broken interface, vibration, leakage, or fit loss
- Required operations: machining, welding, heat treatment, hard-facing, assembly, testing, or inspection
- Quantity, target delivery date, shutdown window, acceptance criteria, and documentation requirements
Production capacities
Numbers with production context
Services
Dedicated mechanical capability pages
Studies
Engineering
Feasibility, expert evaluation, cost optimization, 3D modeling, strength calculations, and testing.
Assembly
Mechanical Assemblies
Mechanical and electromechanical assemblies of small and large dimensions.
Turning, milling, grinding
Machining
Conventional and CNC operations for large workpieces and multiple metals.
Existing-part analysis
Reverse Engineering
Measure worn parts, rebuild drawings, define the process route, and manufacture replacement components.
Project request
Send mechanical services requirements.
BRUVAL can review the requirement, confirm the suitable product or service route, and return the next technical step.