Welding
Welding for structural assemblies, functional subassemblies, and parts where execution quality affects fit-up downstream.
MBT handles laser cutting, bandsaw cutting, welding, CNC milling, bending, sandblasting, painting, and assembly from its own workshop. The real advantage is that the conversation happens with people who understand drawings, tolerances, process flow, and delivery pressure. That makes the collaboration easier and the result more predictable.
Welding for structural assemblies, functional subassemblies, and parts where execution quality affects fit-up downstream.
Laser and bandsaw cutting for sheet, profiles, bars, and components that need to land cleanly in production.
Surface preparation for proper adhesion before coating and more consistent finishing results.
Controlled bending for parts that need repeatability and stable geometry in both short runs and repeat work.
CNC milling for functional surfaces, complex geometries, and tolerances that cannot be handled loosely.
Industrial painting for protection and clean finish, with continuity from prototype work to repeat production.
Mechanical and welded assembly for deliverables that arrive closer to the final product, not just as loose parts.
MBT Timisoara handles welding, laser cutting, bandsaw cutting, CNC milling, bending, sandblasting, painting, and assembly from one workshop in Romania. For MBT.ro, this section should make one thing obvious: every service has its own execution logic, quality checkpoints, and delivery risks, and the client should be able to see that before sending a quote request.
MBT handles welding for frames, supports, welded subassemblies, and fabrication work where fit-up quality matters downstream. The discussion starts from drawing, weld sequence, material thickness, and the way the finished assembly has to behave once it leaves the table.
Useful when the welded result has to arrive straight, consistent, and ready for the next operation.
Laser cutting and bandsaw cutting are treated as production decisions, not just machine actions. MBT reviews material type, section geometry, required finish, and throughput expectations before the route is confirmed, so the output lands correctly in fabrication or assembly.
Built for cleaner starts into fabrication, fewer interpretation gaps, and more predictable cut quality.
Sandblasting at MBT is used where surface condition directly affects paint adhesion, coating consistency, and the final appearance of the fabricated part. The goal is not just to clean the piece, but to prepare it correctly for what follows in the production chain.
Important for lower finishing risk, more stable coating adhesion, and cleaner final output.
MBT uses controlled bending for fabricated parts that require stable geometry, repeatable angles, and clean transition into assembly. Material behavior, bend sequence, and tolerances are considered before execution so the bent part matches its role in the final product.
A better option when repeatability and assembly fit matter more than raw press speed.
Milling projects at MBT cover functional faces, precision interfaces, slots, holes, and geometries that cannot be left approximate. This is the service clients use when the part must do more than look finished. It has to interface, align, and perform correctly in the machine or assembly.
Useful for components where dimensional discipline and machining quality affect the final result directly.
Industrial painting at MBT is positioned as part of the delivery quality, not as an afterthought. It supports corrosion protection, finish consistency, and visual continuity between prototype work, one-off fabrication, and recurring production batches.
Designed for cleaner handover, stronger protection, and a more complete fabricated output.
Assembly combines fabricated and machined parts into deliverables that are easier to install, inspect, or move forward in production. MBT uses this service when shipping loose parts would create more work for the client than value. The result is a handover that is easier to use and easier to trust.
Best for clients who want fewer open loops at delivery and more usable output from the same order.
MBT provides welding, laser cutting, sawing, CNC milling, bending, sandblasting, painting, and final assembly. Services are available individually or as an integrated fabrication workflow covering the full process from raw material to delivery-ready output.
We process structural steel, mild steel, stainless steel, and aluminum across welding, cutting, bending, and milling operations. For other alloys or specialty materials, contact us with specifications and we will confirm feasibility before quoting.
Lead time depends on project complexity, batch size, and current production capacity. Prototypes and small batches typically move faster than large production runs. We provide a clear project timeline after reviewing drawings and specifications during initial intake.
Yes. We accept DXF, DWG, STEP/STP, PDF, and other standard technical drawing formats. Including drawings and specifications with your quote request significantly speeds up our ability to return an accurate timeline and cost estimate.
Yes. We support both prototype and one-off fabrication as well as structured repeat orders with agreed quality standards, defined delivery schedules, and material traceability requirements for production continuity.
There is no strict minimum for submitting a quote request. We evaluate each project individually and advise whether your volume and scope aligns with our current capacity and production schedule.
Quality control is integrated into each service stage. Welding, cutting, and machining operations follow monitored parameters with in-process checkpoints. Final output is verified against agreed specifications and dimensional requirements before delivery.
Yes. Many clients both purchase machines from MBT and use our in-house fabrication capacity for parts, subassemblies, or subcontract production. The combined relationship allows faster technical alignment and a better understanding of your specific production requirements.