New Delhi: Robotics and automation are increasingly being seen as the future of business and manufacturing. Companies across industries are investing in machines that can perform repetitive tasks, improve precision and reduce dependence on manual labour. However, a costly robot does not automatically mean better productivity.
A reported case has raised an important question about the economics of automation. According to the report, a task that could have been completed for around ₹9,500 was instead associated with an investment of about ₹9.5 crore in robotic technology, but the solution did not deliver the expected results.
The example highlights a larger business lesson: technology is valuable only when it solves a problem efficiently and delivers a reasonable return on investment.
Expensive Robots Do Not Always Mean Better Results
Robots have several advantages. They can repeat the same operation consistently, work for long periods and perform certain industrial tasks with high precision. In controlled manufacturing environments, automation can significantly improve productivity.
But real-world operations are not always predictable.
Many jobs involve changing materials, unexpected situations, different product sizes, quality decisions and adjustments during the production process. Human workers can often respond to these changes immediately, while a robotic system may require new programming, additional sensors, mechanical adjustments or software integration.
This difference becomes particularly important when the cost of automation is extremely high.
A company may spend crores on a sophisticated robotic system, but if the machine cannot perform the required task efficiently, the investment may become difficult to justify.
The ₹9,500 vs ₹9.5 Crore Question
The reported comparison between ₹9,500 and ₹9.5 crore illustrates the importance of evaluating automation from a business perspective.
The gap between these figures is enormous. It shows why companies should not make technology decisions simply because a particular solution is considered advanced or futuristic.
Before investing in expensive robots, businesses need to determine whether automation will actually reduce costs, increase output or improve quality.
The purchase price of a robot is also only one part of the overall investment.
Companies may have to spend additional money on installation, programming, integration, employee training, maintenance, safety systems and technical support. Downtime and operational problems can add further costs.
Therefore, the real question should not be:
“Can this task be automated?”
Instead, businesses should ask:
“Is automating this task economically and operationally better than the existing solution?”
Why Human Workers Can Still Have an Advantage
One of the biggest advantages of human workers is flexibility.
A skilled worker can change the way a task is performed depending on the situation. If the material changes, the worker can adapt. If a product has a minor defect, the worker can identify it and respond. If the production requirement changes, the worker can often adjust without major modifications to the entire system.
Robots, on the other hand, generally perform best when the environment and task are clearly defined.
This does not make robots inferior. It simply means that different technologies are suitable for different types of work.
For repetitive and highly structured tasks, automation can be extremely effective. For tasks involving frequent changes, judgement and adaptability, human workers may continue to have an advantage.
Automation Costs Go Beyond the Machine
Businesses sometimes focus mainly on the purchase price of a robot. However, the total cost of automation can be much higher.
An automation project can involve:
- Robot hardware
- Software and programming
- Installation
- Factory integration
- Sensors and additional equipment
- Maintenance
- Employee training
- Safety systems
- Technical support
- Downtime during installation or upgrades
All these factors need to be included when calculating the return on investment.
For an MSME, this calculation becomes even more important because capital is usually limited. A large investment in automation can affect working capital and reduce the funds available for inventory, employees, marketing or business expansion.
Why MSMEs Should Be Careful With Robotics Investment
For small and medium enterprises, expensive robotics can be attractive because automation promises lower labour costs and higher productivity. However, MSMEs should avoid assuming that every manual process needs to be automated.
A better approach is to identify the specific bottleneck in the business.
If employees spend hours performing the same repetitive movement every day, automation may make sense. If production requires precision and consistency, a robotic system may offer measurable benefits.
However, if the task changes frequently or requires human judgement, a fully automated solution may create more problems than it solves.
The right technology should therefore be selected based on the business problem, not simply on how advanced the technology looks.
Robotics Still Has a Strong Future
The limitations of some expensive robotic systems should not be interpreted as the end of robotics.
The robotics industry continues to develop rapidly. Modern systems are becoming more capable, while artificial intelligence is improving their ability to understand environments and perform more complex tasks.
Recent deployments also show that businesses are experimenting with humanoid robots for labour-intensive tasks. However, current systems can still be slow, expensive and limited when they have to deal with open-ended physical environments.
This means the future of robotics may not necessarily be about replacing every human worker.
Instead, the strongest business model may involve humans and robots working together.
Human and Machine Collaboration Could Be the Future
Rather than viewing robotics as a simple competition between humans and machines, businesses can use technology to complement human capabilities.
For example, a robot can handle repetitive or physically demanding operations while human workers supervise the process, perform quality checks and manage unexpected situations.
This approach can provide the benefits of automation without completely eliminating the flexibility of human labour.
In many industrial environments, this combination could prove more practical than trying to replace the entire workforce with machines.
The Importance of Return on Investment
For every automation project, return on investment should be one of the most important factors.
Suppose a company spends ₹1 crore on an automated system. The company should be able to estimate how much the system will save or earn over its useful life.
Questions should include:
- How much labour cost will actually be reduced?
- How much additional production will be generated?
- What will maintenance cost?
- How often will the system require downtime?
- How much will software upgrades cost?
- How long will it take to recover the initial investment?
- Can the system adapt if the business changes?
Without clear answers, a large automation investment can become a financial burden rather than a productivity improvement.
What This Means for the Future of Work
The debate around robots often focuses on whether machines will replace humans. However, the more important question for businesses is how humans and machines can be used together.
Technology can improve productivity, but human skills such as judgement, creativity, adaptability and problem-solving remain valuable.
This is particularly relevant for MSMEs, where flexibility is often one of the biggest competitive advantages.
A small business may not have the capital to invest in a sophisticated automated factory, but it can still improve productivity through targeted technology adoption.
Instead of replacing every human task, businesses can automate only the processes where technology provides a clear economic benefit.
The Bigger Lesson for Businesses
The reported ₹9,500 versus ₹9.5 crore comparison sends a strong message to companies considering expensive automation.
More expensive technology does not automatically mean better technology.
A robot should be judged by the value it creates, not by its price, complexity or appearance.
If a simple human-led process can deliver the required result faster and at a fraction of the cost, replacing it with an expensive machine may not make business sense.
At the same time, businesses should not reject automation simply because one robotic investment fails. The right approach is to evaluate each process individually and select technology according to measurable requirements.
Conclusion
Robotics will continue to play an important role in manufacturing, logistics and other industries. However, the experience of expensive and ineffective automation projects shows that businesses need to be realistic about what machines can actually deliver.
For some tasks, robots can provide unmatched consistency, precision and endurance. For others, human workers can remain faster, more flexible and significantly more cost-effective.
For MSMEs in particular, the priority should be smart automation rather than expensive automation.
The future is unlikely to belong entirely to humans or machines. The strongest businesses may be those that understand where robots create genuine value and where human skill remains the better solution.
The real goal of automation is not to replace humans at any cost. It is to make the business more productive, efficient and profitable.
Source: Reported case supplied by Dainik Bhaskar; broader robotics context has been cross-checked against recent industry reporting.
Internal Link:
Your existing MSME Times article on AI adoption and green technology for small businesses is a relevant internal link because it connects technology adoption with MSME decision-making. MSME Times – AI Adoption and Green Tech for Small Businesses
External source:
For broader robotics context, current reporting notes that modern humanoid robots can still be slow, expensive and limited in open-ended physical tasks.
