DWG NO. MOI-1960 · ISO 9001:2015 · REV 66
Can't Find a Machine That Fits?
Our engineers design custom packaging and manufacturing machines tailored to your exact production requirements.
Off-the-Shelf Doesn't Always Cut It
Off-the-shelf machines don't fit every production line. Maybe your product is an unusual shape. Maybe your packaging material is non-standard. Maybe you need a speed that existing models can't deliver.
That's where 65 years of engineering depth makes the difference. We don't start from scratch. We start from 19 proven machine designs and adapt.
From Concept to Production in 4 Steps
A proven approach refined over decades of custom machine projects
Requirement Analysis
We study your production line, materials, speed requirements, and integration points.
Engineering Design
Our team designs a solution using proven mechanisms from our 19-model range, adapted to your needs.
Prototype & Testing
We build and test at our facility before shipping. You see it work before you pay the balance.
Installation & Optimization
On-site installation with your team, training, and production optimization until you hit target speeds.
Why MOI for Custom Machines
We don't just build machines. We solve production problems. With six decades of experience across tobacco, pharmaceutical, soap, and general packaging, we bring cross-industry insight to every custom project.
Questions buyers ask first
Do we need a custom machine, or can a standard one be modified?
Often it is the second, and we will say so. We start from the 19 proven designs behind our packing, wrapping and making machines and adapt one where that reaches the requirement, because a mechanism that has run in a factory for decades is a safer basis than a new drawing. A machine is designed from the ground up when the product shape, the material or the rate genuinely puts it out of reach of everything in the range.
Which industries do you design machines for?
The four we build for as standard are tobacco, pharmaceutical, soap and detergent, and general industrial packaging. The mechanisms transfer further than the industry labels suggest: feeding, indexing, wrapping, sealing and rejection are the same problems whatever is moving through the machine.
What CAD do you use, and is the design done in house?
SolidWorks for 3D models and AutoCAD for manufacturing drawings, both licensed, with our own engineering team. The drawing set covers dimensions, tolerances, surface finishes, material callouts and the critical fits, because that is the document a shop builds from without guessing.
Do you prototype before building the full machine?
Yes, at two levels. Individual parts are 3D printed so an interference is caught in an afternoon rather than after the metal is cut. The machine itself is built and tested at our facility in Mohali before it ships, so it is seen running before it leaves.
Do you handle the controls and automation, or only the mechanics?
Both. PLC control with an HMI, variable frequency drives, sensing and rejection, using the same control architecture that runs our packing and making machines. One supplier covers the mechanical design, the machining, the panel and the commissioning.
We have a part but no drawings for it. Can you work from that?
We measure the worn sample against unworn datums, rebuild it as a parametric CAD model, and produce a manufacturable drawing set, then machine the part. It is how most spares for older machines get made, because the original drawings are usually long gone. There is a longer write-up of the method in our note on reverse-engineering obsolete parts.
What happens once the machine is installed?
On-site commissioning, operator and maintenance training, and production optimisation until the machine holds its target rate. After that, repair, overhaul and annual maintenance, including for machines other manufacturers built.
Describe Your Requirements
Tell us about your production challenge. Our engineering team will assess feasibility and propose a custom solution. No obligation.