Remember when ‘robots’ working across factory floors were only seen in movies?
Well, gen-Z will probably laugh at that if we told them so!
Today, there are two type of manufacturing businesses:
One, who have already gotten a digital transformation to their manufacturing business
Two, who are thinking of switching to digital manufacturing!
Breaking down the recipe of manufacturing technology, you’ll find automation & robotics planned in-line with the unique manufacturing business workflow.
To answer the follow-up questions related to manufacturing technology - read ahead!
What is Digital Manufacturing?
Digital transformation is being used as the synonym for success recipe these days. It’s not surprising if that buzz got you thinking of welcoming aboard IT in manufacturing. But first things first - knowing what digital manufacturing really is comes ahead of knowing the benefits.
To put in simple words, when a business integrates technologies to the existing manufacturing workflow to primarily speed up time to market the manufactured products & curb the cost associated with the day to day operations, that enhanced process is called digital manufacturing.
The biggest difference between traditional & digital manufacturing lies in 3 aspects:
Real-Time Data Processing
And in all these 3 aspects, needless to say, digital approach exceeds the traditional methods with minimized errors and maximized accuracy & speed.
Don't Miss: BinaryFolks Smart Factory Guide!
Before We Dig in Digital Manufacturing - Here are the 2 Things You Need to Prioritize First!
Digital transformation might be a very sensitive investment but the self-proclaimed top digital transformers will always press you for an “instant start”. And that’s what can cripple the potential right at the zero-th step.
Digital manufacturing has heavy reliance on technologies, which doesn’t come easy on budget, time & efforts. So clearly, steering clear of the prerequisites is the safest way to ensure expected ROI.
You can not reach your desired destination following someone else’s map! Likewise every business, even from the same industry, is different from another. Thus, from the workflow to their needs - everything varies significantly & that’s why you need a plan aligned with your unique business needs. Start with documenting your needs - lesser downtime or faster transition to the store shelves, optimized production or effective vendor management - list them all, in detail. That’ll help you set reasonable, feasible & incremental targets.
A digital transformation can only bear great results if the people related to its usage are familiar with its functioning. So, to avoid functional bottlenecks and ensure smooth operations, prioritizing the workforce’s convenience while choosing techstack will be beneficial.
Top Digital Manufacturing Applications
With technology intervening into all socio-economic aspects globally, smart living is becoming the new normal. And to meet the smart living needs, traditional manufacturing processes fall short. If you are also brainstorming over a ‘step-up’ plan for your manufacturing business, here’s a list of top productivity-spiking applications of digital manufacturing to take inspiration from:
What are the Benefits of Switching from Manual Manufacturing to Digital Manufacturing?
Robotics & Automation
Manufacturing Quality Management
Yield to Energy Optimization
Top Industries that Can Benefit from Digital Manufacturing
Manufacturing is a crucial step of an array of key industries but answering the “Does my business need digital transformation now?” can get a little difficult and a lot research-reliant. To help you know the hot happening better, listing the industries who are making the most of digital manufacturing these days!
Don't Miss: BinaryFolks Food Manufacturing Software Guide!
Digital Manufacturing 0th Step - Ask Yourself these 3 Questions!
All these advantages that IT in manufacturing brings along, but obviously, if it’s planned right ! That pretty reasonably leads to the question “How to plan digital manufacturing rightly?” The answer is setting the expectation first - competitive advantage, maximum automation, day-to-day production cost & minimize downtime with timely maintenance (preferably predictive maintenance). To achieve all of these, the 0th step would be to ask yourself the below questions and answer in accordance with your business goals:
Top 8 Technologies Making a Mark in Successful Digital Manufacturing
To determine how successful your digital manufacturing efforts would be, the technology choice plays a crucial role. Take a quick look at the tried and tested technologies leading to successful digitization of manufacturing units:
Industrial Internet of Things
Additive manufacturing (AM)
Augmented and virtual reality (AR/VR)
For details, head to our smart factory guide!
Digital Manufacturing Makeshift - Simplified
Now let’s get to the point - how to digitize your manufacturing workflow, up-close.
Why does Developing Your Digital Manufacturing Software with BinaryFolks Make for a Wise Choice?
Driven by ex-engineers from Google, Amazon & Salesforce
101% Value For Money (+1 for Our Complimentary Consultation before You Spend Your 1st Dollar!)
Reviews That You Can Verify!
Safeguarded Business With An NDA
Eye For Details
Questions Galore (Until Your Requirement & Our Understanding are mirror copies!)
Insight-Rich Scope Enhancement
Intense Domain Expertise
Close-knit feedback loop
Well, the 2021 State of Manufacturing Report states 91% has responded to the post pandemic e-shift needs by increasing their investments in digital manufacturing. Isn’t that ‘the’ message from the future in a nutshell?
It sure is.
How about we start with a custom consultation from the experts?
1. Product life cycle: End-to-end manufacturing process : planning, designing, execution and enhancement
2. Smart factory: Heavily automated, connected production facility
3. Value chain management: Optimizing involved resources to satisfy customers & thicken profit-line alike
1. Improve brand awareness
2. Plan & provide highly customer-oriented solutions
3. Reduce operational costs
4. Minimize production time
5. Improve quality of production