Cybernetik

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Cybernetik Successfully delivering turnkey automation solutions since 1989. Cybernetik Technologies Pvt. Ltd. From 10 people operating in less than 100 sq.m.

Cybernetik is an industrial automation company that blends experience with innovation to design, build, and install automation solutions that help manufacturing companies improve their processes and output. (CTPL) is an Indian industrial automation company that blends experience with innovation to design, build, and install end-to-end, customized automation solutions for the food, pharmaceutical, chemical, and manufacturing industries across the world. Headquartered in India with two design offices and four manufacturing plants, we provide automation and robotics solutions to tackle complex industrial challenges for a global clientele through innovation and advanced technologies. Cybernetik Technologies was set up as a consultancy in 1989 by a group of engineers from the Indian Institute of Technology (IIT)-Madras, India and the State University of New York at Buffalo, USA. workspace, our footprint in India has expanded to 30,000+ sq.m. across four units, two each in Pune, Maharashtra and Nadiad, Gujarat. Our global operations are based out of three international offices:
Vietnam (for Southeast Asia), Dubai (for Middle East and Africa) and United States (for North America).

One plant, two palletizers. One for bags, one for drums, and a capital plan that treats them as two separate purchases.T...
22/09/2026

One plant, two palletizers. One for bags, one for drums, and a capital plan that treats them as two separate purchases.

The reasoning sounds obvious. Different formats are picked and placed in different ways, so each needs its own handling. What tends to go unquestioned is the next step in that logic: that different handling requires a different machine. It does not.

The part that has to change from one format to the next is the gripper, not the robot beneath it.

Where formats run in sequence rather than side by side, one arm can swap its own tooling and cover both.

Once that distinction is made, the economics of the end of the line look quite different.

How many palletizers are you running for formats that one robot could share?

Cybernetik will be at Anuga FoodTec India, South Asia's leading trade fair for food and beverage processing and packagin...
20/09/2026

Cybernetik will be at Anuga FoodTec India, South Asia's leading trade fair for food and beverage processing and packaging technology.

For three days in Mumbai, the industry gathers around where food manufacturing is heading. We will be there showcasing our process and packaging automation, with our automation experts to talk you through what it takes to process, handle and pack food at scale without compromising on quality or hygiene.

If you are working through an automation challenge on your line, or want to see what is possible, come and find us at Anuga FoodTec India.

We’ll be at Hall 4, Stand K22

To arrange a meeting in advance, write to us at [email protected]

ANUGA FoodTec India

Liquid drum filling is often reduced to a single line in a specification: fill the drum with the liquid at a set rate. T...
18/09/2026

Liquid drum filling is often reduced to a single line in a specification: fill the drum with the liquid at a set rate. The liquid itself tends to receive less attention than it warrants.

That is a costly omission, because how a liquid fills depends almost entirely on what it is. A free-flowing solvent and a thick adhesive can arrive in identical drums and behave nothing alike once filling begins, in speed, in how they respond to being poured, and in how accurately they can be measured. A system specified for a generic "liquid" will rarely suit the specific one it ends up handling.

The properties of the liquid, not the drum, are what should shape the specification.
Which of your products would most influence how a filling system needs to be built? Contact our team to discuss drum filling matched to your liquids.

Write to us at [email protected]

16/09/2026

How do you pack several SKUs in a case on a single line?

Most lines settle for one of two compromises: a separate machine for each variant, or a changeover every time the product switches. The first ties up capital and floor space for machines that may sit idle. The second turns productive hours into downtime, several times a shift.

The constraint is rarely the case packer itself. It's the gripper, which is usually built for one pouch type. Our multiple SKU case packer runs a versatile vacuum gripper that handles chemical and pesticide pouches, biscuit packs, chips and wafer pouches, and packaged foods on the same line with a carton referencing chute for accurate placement and customized stacking in each case.

How much of your shift goes to changeovers? Tell us in the comments, or write to [email protected] and we'll build it around your full product range.

Two case packing jobs can look identical on paper, and still need completely different robots.A robot picks a product of...
09/09/2026

Two case packing jobs can look identical on paper, and still need completely different robots.

A robot picks a product off the line and sets it into a case. Same sentence for pouches and for bottles. But the robot that does this well for one is often the wrong choice for the other, and the reason has little to do with speed or brand.

It comes down to how the product has to move. Some items only travel across a plane and drop straight into the case. Others have to be turned, angled and eased into a tight cell, then withdrawn cleanly.

Those are different classes of motion, and they call for different machines: SCARA, six-axis, delta or gantry. Specifying on the assumption that pick and place is simply pick and place is how a line ends up with a robot that is either slower than it needs to be, or incapable of the placement the product actually requires.

Are you specifying the robot, or the motion the job actually needs? Contact our team to discuss case packing automation. Write to us at [email protected]

Automation is often associated with uniformity: the same action, repeated precisely, at speed. That picture fits well wh...
03/09/2026

Automation is often associated with uniformity: the same action, repeated precisely, at speed. That picture fits well when the input is engineered and consistent. It fits far less well when the input is a natural agricultural product.

Snack food production from pulses and grains begins with exactly that. Batch to batch, and within a single batch, the raw material varies in size, shape, density and moisture, and arrives carrying dust and debris. Before any of it can be milled, seasoned or shaped, it has to be washed, soaked and separated by size, shape and density, so only uniform material moves forward. That work quietly determines the quality of everything that follows.

It is a useful reminder that with natural ingredients, consistency is not a given. It has to be built.

How much of your product's consistency is decided before processing even begins? Contact our team to discuss snack food processing automation. Write to us at [email protected]

Packing pouches into a case is usually filed under packaging, alongside cartoning and sealing. The label is fair, but it...
29/08/2026

Packing pouches into a case is usually filed under packaging, alongside cartoning and sealing. The label is fair, but it understates what the task involves.

A filled pouch has no fixed shape. It is soft, it settles differently each time, and it does not stack the way a box or a bottle does. So the real difficulty is not placing the pouch in the case. It is reaching the required density, the count the case is built for, without forcing the pouches or damaging what is inside them. That is a question of how a deformable material is handled, not just how it is packaged.

The distinction matters, because it changes what a good solution has to do.

How much of your packing difficulty comes down to the product refusing to hold its shape? Contact our team to discuss pouch case packing. Write to us at [email protected]

Ask how long a changeover takes, and the answer usually comes as a single number. Ask what that number is made of, and i...
28/08/2026

Ask how long a changeover takes, and the answer usually comes as a single number. Ask what that number is made of, and it becomes harder to answer.

A changeover is rarely one delay. A changeover consists of a sequence of smaller ones: stopping the line, clearing the previous product, cleaning down, changing or adjusting tooling, resetting parameters, running and checking the first pieces, and bringing the line back up to full speed. Each step feels minor, and most are never timed on their own.

This makes the cost so easily underestimated. The individual delays are small enough to overlook, and because they are not measured separately, the full total rarely appears anywhere. Effort tends to go into reducing the one visible bottleneck, while the sum of the smaller steps goes unexamined.

What we tend to see on the ground is that the real gains come from shortening several of those steps at once, rather than removing a single large delay. The changeover that looks like one problem is usually several.

When did you last time a changeover step by step? Let us know in the comments.

Address

Gat No 365, Village Urawade, Mulshi Taluka
Pune
412108

Opening Hours

Monday 9am - 5pm
Tuesday 9am - 5pm
Wednesday 9am - 5pm
Thursday 9am - 5pm
Friday 9am - 5pm
Saturday 9am - 5pm

Telephone

+912067909600

Website

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