What types of materials can you laser weld at your Pune facility?
We laser weld tool steels (H-13, H-21, H-11, P-20, S7, D2, M2, SS420), stainless steels, and non-ferrous metals including titanium, beryllium copper, copper, and aluminum. Our micro-laser systems handle materials requiring controlled heat input and minimal distortion.
What is the typical turnaround time for laser welding repairs in Pune?
Turnaround depends on component complexity, damage extent, and current workload. Simple repairs are often completed within 3-5 business days. For production-critical tools, we prioritize urgent jobs. We provide delivery timelines upfront after technical evaluation.
Can you handle large moulds and dies at your Pune location?
Yes, we repair moulds and dies of any size, shape, or weight—from 50 grams to 20+ tons. Our facility is equipped to handle plastic injection moulds, pressure die-casting dies, compression moulds, rubber moulds, and metal injection moulds.
Do you provide in-house laser welding setup and training?
Absolutely. We offer turnkey laser welding solutions including equipment supply (Vision Laser, Germany), complete process development, fixture design, validated welding procedures, systematic operator training at our facility, and ongoing technical support for in-house capability building.
What precision levels can your laser welding achieve?
Our laser systems deliver 0.1-2mm welding depth, 0.2-2mm spot size, and minimum deposit size of 100 microns (0.1mm). We maintain negligible radial/axial runout and restore components to original manufacturing tolerances with certified concentricity and straightness.
How much does laser welding service cost?
Pricing depends on component material, weld complexity, damage extent, and production volume. We offer different pricing models for prototyping, small-volume jobs, and large-volume manufacturing. Contact us with your component details for a detailed quotation.
Can laser welding restore hardness properties of repaired tools?
Yes, our repairs exhibit the same hardness as the base metal with no further heat treatment required. The controlled heat input of laser welding creates minimal heat-affected zones while preserving original metallurgical properties.
Do you support medical device manufacturing with laser welding?
Yes, we provide precision laser welding for medical devices and components requiring strict dimensional control, minimal contamination, and tight tolerances. We support both development-stage prototyping and validated production welding for medical applications.