At Adaptive Manufacturing, we are dedicated to assisting Manufacturers "take back control" and providing them with what they actually need to meet the Market, Development, Financial and Operational demands placed on them.
Contact us today to learn more about our services and how we can help you succeed.
Adaptive Manufacturing enables true modularity for manufacturing equipment, providing "plug-and-produce" automation, reducing time-to-market by up to 50% and engineering costs by up to 70%. It allows industries to quickly reconfigure, scale, or add modules to production lines without costly reprogramming.
Reduces engineering efforts by 70% and can cut total production costs by 40-50% through simplified, accelerated Automation Systems Development, Integration and Operations. Increasing overall agility and adaptability by up to 80%:
100% Traceability from Batch to Packaging and onto the Consumer is a firm requirement. Adaptive Manufacturing provides this as standard because you never lose control of the product.
By utilising pre-developed, standardised modules, companies can bring new products to market 50% faster, enhancing competitiveness.
Production Lines/Cells can be easily rearranged or expanded (using "numbering-up" rather than complex scaling) making them suitable for Small, Individual Batches/LOTs or even Customisation.
Having a Standardised Architecture means that specialist Equipment Suppliers/Modules can easily be Developed-Validated-Integrated and Adapted in the future without any costly redesign, meaning all process are running at optimal performance, rather than at the edge off their original envelope
Standardised modules allow for easier repair, replacement, or re-calibration, significantly cutting down on maintenance downtime.
It provides standardised interfaces Up and Down, removing vendor lock-in and allowing companies to mix and match (Best In Class) equipment from different manufacturers.
Adaptive Manufacturing shifts the focus from bespoke, one-off engineering to modular, reusable asset strategies, which reduces long-term Total Cost of Ownership (TCO) and importantly increases the time available for Personnel Development and Innovation.

No single Company or Person has all the answers, this is why we listen to your needs & experience, we can provide the core Business-Engineering framework and Tools, allowing you prioritise and focus on higher level Business and Strategic needs.
Every Manufacturer is different and has its own pain-points and requirements/needs, however, the steps to the solution are always the same. We bring all the associated skillsets together in alignment, thus providing your Finance-Business-Engineering-Operations Teams with a collective map.
The Adaptive Manufacturing Architecture does not require the Manufacture to “Switch” large parts of, or the entire facility, in fact the very opposite, the transition can be at a Scale and Pace that suites the Company or Site.

In my experience End Users / Manufacturers have been frustrated with the “Norm” for over 10 years; Monolithic Lines are Inflexible, Inefficient, and very susceptible to Upstream and Downstream variations, in short, the days of stitching together disparate Machines / Processes with conveyors are numbered.
Operation Effenciencies - Zero o
In my experience End Users / Manufacturers have been frustrated with the “Norm” for over 10 years; Monolithic Lines are Inflexible, Inefficient, and very susceptible to Upstream and Downstream variations, in short, the days of stitching together disparate Machines / Processes with conveyors are numbered.
Operation Effenciencies - Zero or Low Changover Time, Zero CiP time, Low CoP Time, Less Waste.
Allow for Planned and Unplanned WIP. Maunufacture on Demand and/or Late Stage Customisation.

Bottom Line is - Asset utilisation needs to be Greatly Increased, Types and Sizes of product produced on each line are too limited.
Think of your Manufacturing Site(s) as Modular "Chiplet" APU's or SoC
The "Function" of the Site is Decoupled into Cells/Units, which can be Adapted, Multiplied or Redued to achieve the desired Performance.
You will need a Common Architecture; I will Provide this..

Technology is Not the Issue here, all the Technology you need is now available....
When you follow the Correct Steps, as I will lay out, startng with the Business Needs and Benefits and creating what I call the Techno/Business Requirements, everything else will fall into place.
The Solution is in how everything works together, Not on discrete Technologies or Projects.
The entire Ecosystem of Manufacturing needs to change, everyone knows this, however no one really knows what needs to be done, because no one has joined all the dots, but instead latched onto discrete components of the bigger picture. Industry 4.0 actually confuses the Issue, I will Change this.
I have worked as a Manufacturer, a Machine Builder, a System Integrator, and as a Global Consultant for a Technology Supplier. Over the last two years I have designed the world’s first truly Modular, Adaptive Manufacturing Architecture
Enable all Types of Manufactures to achieve Industry 4.0 levels of Decoupled, Modular and Adaptive Assets, Improving Productivity, Reducing Waste and Product/Process Development Time.

Adaptive Manufacturing’s vision is to transform the way Manufactures approach reaching their goals of Productivity, Quality, Market Adaptability, Product Adaptability, Environmental Commitments, Speed of Deployment and opening new Business Models.
Adaptive Manufacturing will fundamentally change how the entire Manufacturing Supply chain operates; this will require far more than just Digital Transformation.

Start with the Business Case Priorities for Changing Operations - Leading to High Level Concept Design.
Problem Statement:
- Operations -
Adaptability is extremely limited, Types and Sizes of product produced on each line are very limited.
Significantly Reduce Changeover and CIP time.
Greatly Reduce Unplanned WIP but still allow for Planned WIP.
Interdependence (Close Coupling) of Process-Primary-Secon

Traditionally Manufacturing has been done either with intermittent Or Continuous motion and processes; by decoupling these but still allowing for Synchronisation, you can bring together the advantages of both these philosophies.
Modules and Stations can be in a Duty-Standby configuration or on a Product Change configuration, without changing the Operation Status of the Machine. It could be a Size

True Simulation uses live Control Software to which Physical representations are Linked. This has hugely significant advantages because Software Development, Physical and Virtual Evolution and early-stage Validation of these Concepts can occur.
The Modular Approach aids this Process even further as simulations at different Scales can be linked together to form larger Site/Factory Production Stres
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