Expert Contract Metal Fabrication Services Explained

Quotations are based on component geometry, material type, weld complexity, damage assessment, and production volume. Share technical drawings, samples, or photos of the parts requiring fabrication. Our engineers perform a technical analysis and recommend the most economical welding process—whether laser, TIG, micro-plasma, or hybrid techniques—then provide pricing options. For tool repairs, we evaluate the extent of damage and restoration requirements. Pricing differs for prototyping, small-batch work, and production volumes, with an emphasis on cost savings compared to replacement or in-house execution.

Contract metal fabrication offers significant profitability advantages by eliminating capital investment in specialized equipment, operator training, and process development. Outsourcing precision welding and tool repairs reduces tooling expenditure dramatically—repaired moulds and cutting tools perform like new at a fraction of replacement cost. Manufacturers gain access to multiple welding technologies and expert execution without overhead, accelerating time-to-market for prototypes and maintaining production continuity during breakdowns. The model is especially profitable when specialized capabilities are needed intermittently or for overflow work that would otherwise require facility expansion.

We provide laser welding, precision TIG welding, micro-plasma welding, micro-GT welding, and micro-cladding processes. Each technology addresses specific fabrication challenges—laser welding for minimal heat input and delicate parts, TIG for structural strength and industrial components, micro-welding for miniature assemblies. Our multi-process capability allows us to select the most suitable and economical method for your application, whether it's prototype development, production joining, or tool restoration.

Yes, we understand production downtime costs. Our service philosophy prioritizes timely deliveries, particularly for urgent breakdowns and critical repairs. After technical evaluation, we communicate realistic delivery timelines upfront and coordinate logistics to minimize your production impact. For outstation customers, we provide inspection updates and expedited shipping when required.

Absolutely. We collaborate with engineering teams on prototype development, process validation, welding trials, and design-for-manufacturability refinements. Our R&D support includes fixture design, parameter optimization, weld documentation, and iterative testing. This partnership model helps innovators validate new materials, component designs, and assemblies where welding is critical, with the option to transfer validated processes to your facility for production.

We serve aerospace, automotive, medical devices, precision tooling, pressure die casting, plastic injection molding, defense, electronics, and general manufacturing. Our client base includes major OEMs, tool and die manufacturers, R&D organizations, and precision engineering firms requiring expert welding execution, tool restoration, or specialized fabrication capabilities.

All welding is performed by AWS-certified welders following documented procedures. We maintain a welding defect rate below 1% through rigorous process controls, pre-weld planning, and post-weld inspection. Repaired tools receive certificates verifying concentricity and straightness. We use highest-grade welding materials from globally recognized suppliers and perform metallurgical evaluations to ensure structural integrity and performance match or exceed original specifications.

Yes, our facilities accommodate moulds, dies, and components ranging from 50 grams to over 20 tons. We have no practical limitations on size, shape, or weight. Our advanced welding technologies and proprietary techniques—including hybrid laser-micro GT processes—allow us to restore critical tooling regardless of complexity, from miniature precision parts to large industrial moulds.