Manufacturing, for all its scale and spectacle, is ultimately constrained by what its machines can understand. Precision depends on mechanical accuracy and the intelligence embedded within controllers, software layers, and feedback systems that translate design intent into physical reality.
Long shaped by imported controllers, licensed software, and reverse-engineered assemblies, this intelligence layer has remained the most difficult to localise in India’s machine tools landscape. To precisely address this gap, SVP Laser Technologies was formed.
Control, Software, and Mechanics
Established in Chennai in 2010 by alumni of IIT Madras, SVP Laser began as a design-led manufacturing company with a deliberate focus on indigenous digital manufacturing technologies.
Rather than assembling machines around third-party brains, the company chose to develop its own CNC controllers, CAM software, and application-specific machine architectures from the ground up.
This decision placed it closer to the fundamentals of machine tool performance, but it also demanded long gestation cycles, sustained R&D investment, and deep engagement with control theory, software engineering, and materials behaviour. At the core of this effort sits MultiCNC®, SVP Laser’s proprietary CNC controller platform, supported by AutoCAM2D, an in-house CAM software system.
Together, these form a tightly integrated control stack that allows the company to design machines where hardware, motion control, and software logic are developed as a single system rather than stitched together post-facto.
This approach has translated into a portfolio of CNC-controlled machines serving diverse manufacturing segments, including jewellery manufacturing, printed circuit boards, furniture, foam fabrication, and other specialised applications.
From Lab Concepts to Shopfloor Machines
A notable aspect of SVP Laser’s technology development has been its continued research partnership with IIT Madras. Working with the institute as an academic partner on government-funded advanced digital manufacturing projects, the company has positioned itself at an intersection where academic research meets commercial machine deployment.
SVP Laser has built a strong IP portfolio in digital manufacturing, spanning both hardware-level innovations and software-driven process control
This proximity has enabled it to experiment with emerging concepts such as Offset Layered Object Manufacturing (OLOM) and Long Hot Knife (LHK) CNC processes, while grounding them in manufacturable systems rather than laboratory prototypes.
The emphasis on intellectual property is not incidental. SVP Laser has built a strong IP portfolio in digital manufacturing, spanning both hardware-level innovations and software-driven process control.
In an industry where cost pressure often incentivises imitation over invention, this insistence on original IP marks a strategic choice. It also reflects an understanding that long-term competitiveness in machine tools increasingly depends on software differentiation and process intelligence, not just mechanical robustness.
“Through our innovative Digital manufacturing related products and technologies, we hope to create an impact in our national missions like Make in India, Skill India, Digital India, women empowerment”, says S Vishwesh, Co-Founder and Managing Director at SVP Laser Technologies.
With exports of some of its products to markets including the U.S., Canada, the U.K., the UAE, Oman, and the Philippines, SVP Laser is attempting to redraw where industrial intelligence resides, and who gets to own it.
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