A method for machines that run right from day one
We keep design, fabrication, assembly and testing in one in house workflow, so every converting line we build is proven before it ships and predictable once it runs on your floor.
What changes when one shop builds the whole machine
In many builds, design sits with one supplier and fabrication with another. In between, tolerances drift, parts do not fit, and problems surface only at commissioning. This means rework, delays and cost overruns.
The Narendra approach reverses this logic: define and coordinate what is critical earlier, keep every step in house, and turn installation into a planned, proven start up.
What Narendra delivers
Narendra provides an in house, tailor made working model applied to the full range of converting machines. It is not about bolting together bought in parts, but about connecting phases, closing decisions on time, and executing through a consistent in house process.
The result is a more predictable machine: fewer surprises, less downtime, and greater control over quality.
Fewer surprises at start up
The machine arrives proven and tuned, not corrected on your floor at the last minute.
Fewer breakdowns
Downtime is reduced through in house quality control and hardened, precision built components.
Greater predictability
Every line is built through one continuous in house workflow, not a chain of outside suppliers.
Built around your line
Your substrate, structure and utilities are considered from the design stage, not fitted around afterwards.
Adaptability
One method applied across printing, lamination, coating and slitting without losing consistency.
How we work
Our approach turns a requirement into a machine. We define the right configuration for each job from the outset, coordinate the critical interfaces with your line, and prepare fabrication and assembly so that installation is predictable, with fewer surprises and less downtime.
We start from your substrate, structure and line, or define them with you. We set the machine scope, the key interfaces, and the criteria that drive fabrication and assembly. Decisions made here prevent problems later.
We align drive, register, tension and drying systems so the machine works as one. This phase is build oriented: not only drawings, but preparing the line for fabrication and assembly.
We convert the design into operational information: detailed drawings, machining preparation, and assembly logic. This is the point where the design stops being a document and becomes a machine.
Fabrication on our own VMC, CNC and grinding machines, with quality control at every step. Variability is managed in a measurable, stable environment.
Every machine is assembled and run on our floor, sequenced and checked, so it leaves already proven rather than proven for the first time at your plant.
We commission on your floor and stand behind the machine for years. Less correction on site, more control over output and timelines.
In house engineering that gives you control, reliability and machines built to last
The method is backed by four decades in house
The Narendra approach does not rely on a single machine, but on a way of working designed to hold together end to end. Certainty comes from the fact that design, fabrication, assembly and support are all ours from the outset. When every part is made and proven in house, a machine no longer depends on corrections at your plant and starts up as planned.
For this reason, the method rests on four capabilities that cover the full cycle: