Industrial Solutions Hub
We Do Not Sell Machines. We Solve Industrial Challenges.
A buyer-side knowledge platform for custom industrial machinery, special purpose machines, factory automation and turnkey engineering — organised around business problems rather than equipment catalogues.
Start from the challenge, not the catalogue
Industrial investment decisions fail in definition far more often than in execution. This hub is written for procurement directors, plant managers, engineering leads and investment committees who need to understand a problem — capacity, labour cost, quality, downtime, obsolescence — before selecting anyone to solve it. Every page is supplier-neutral and free for buyers.
Five connected knowledge clusters
Industrial challenges
All 16 challengesIndustrial Challenge
How To Increase Production Capacity
Capacity is set by one constraint at any moment. Adding equipment elsewhere adds cost, not output. The engineering question is where the constraint sits and whether it is operational or physical.
Read · ~9 minIndustrial Challenge
How To Reduce Industrial Labor Costs
Labour cost reduction through automation is credible only where the task is repetitive, the volume is stable and the fully loaded labour cost is known. Headcount rarely disappears — it is redeployed.
Read · ~8 minIndustrial Challenge
How To Improve Product Quality
Quality problems originate in process capability, material variability or handling — inspection only detects them. Sustainable improvement moves control upstream.
Read · ~8 minIndustrial Challenge
How To Automate Manual Operations
Not every manual operation should be automated. The candidates are repetitive, physically demanding, quality-critical and stable; the poor candidates require judgement under high variability.
Read · ~8 minIndustrial Challenge
How To Increase Line Throughput
Throughput is a property of the line, not of its machines. Coupled stations without buffers multiply their losses, which is why adding a faster machine often changes nothing.
Read · ~8 minIndustrial Challenge
How To Reduce Industrial Downtime
Downtime reduction begins with credible failure data. Without it, maintenance investment follows opinion and the same failures recur.
Read · ~8 minSpecial machinery & solution domains
All 23 domainsSolution Domain
Custom Industrial Machinery
Custom industrial machinery is engineered when no catalogue equipment can meet a product, throughput or process constraint at acceptable cost. It is a project, not a purchase: the deliverable is a validated production capability, defined by a specification the buyer owns.
Read · ~9 minSolution Domain
Special Purpose Machines (SPM)
A special purpose machine performs one defined operation, or a fixed sequence of operations, on one product family. Its economics come from cycle-time certainty and repeatability rather than flexibility.
Read · ~8 minSolution Domain
Industrial Automation
Industrial automation replaces or supports manual control of machines and processes through sensing, control logic and actuation. Value comes from consistency and data, not only from removed labour hours.
Read · ~9 minSolution Domain
Factory Automation
Factory automation is the plant-level programme that coordinates individual automated cells, material flow and information systems into one operating capability. Its hardest problems are sequencing and standardisation, not technology.
Read · ~8 minSolution Domain
Robotics Integration
A robot is a motion device; the project is the cell around it. End-of-arm tooling, part presentation, safety and cycle-time analysis determine success far more than robot brand.
Read · ~8 minSolution Domain
Assembly Automation
Assembly automation joins components at controlled rate and quality. Most of its engineering effort goes into feeding and orientation, and most of its failure modes come from component tolerance rather than the joining process.
Read · ~8 minCustom Engineering Knowledge Center
All 17 topicsEngineering Knowledge
Custom Machine Development
Custom machine development converts a production requirement into a validated machine. Its phases are sequential for a reason: each one closes uncertainty that the next assumes as settled.
Read · ~9 minEngineering Knowledge
Industrial Engineering Workflow
A disciplined engineering workflow makes progress visible and change controllable. Each phase has defined deliverables and a gate where the buyer decides whether to proceed.
Read · ~7 minEngineering Knowledge
Industrial Mechanical Design
Mechanical design determines accuracy, durability and maintainability. Most field problems trace back to stiffness, tolerance stack-up or access decisions made early in design.
Read · ~7 minEngineering Knowledge
Automation Design
Automation design defines how the machine behaves: operating modes, sequences, fault handling and operator interaction. It is specified in a functional design specification before code is written.
Read · ~7 minIndustry applications
All 15 sectorsBuyer decision support
All 8 briefsBuyer Decision Brief
Should We Automate?
Automation is justified where the operation is repeatable, volume is stable over the payback horizon, the process is already capable and the organisation can maintain the equipment.
Read · ~8 minBuyer Decision Brief
Should We Retrofit Or Replace?
Retrofit renews the control, drive and safety layers of a machine whose mechanical base is sound. Replacement is warranted when mechanics, capacity or hygiene design are the constraint.
Read · ~8 minBuyer Decision Brief
Should We Replace Existing Equipment?
Replacement timing is an economic question. The right moment is when the annual cost of keeping the asset exceeds the equivalent annual cost of the replacement.
Read · ~8 minBuyer Decision Brief
Should We Expand Production?
Expansion decisions rest on demand evidence and on whether the existing asset base has genuinely reached its ceiling.
Read · ~9 minFrequently asked questions
Does Global B2B Group sell industrial machinery?
No. Global B2B Group is a buyer-side platform. We help industrial organisations define the problem, prepare the specification, evaluate options and structure financing. We do not sell equipment and do not represent manufacturers.
What is a special purpose machine?
A special purpose machine performs one defined operation, or a fixed sequence of operations, on one product family. It is engineered when standard equipment cannot meet the product, throughput or process requirement.
When is custom industrial machinery justified?
When a documented survey shows no standard equipment meets the requirement, the volume and product life support the development cost, and the requirement is well enough understood to be specified before design freeze.
How should an industrial automation project begin?
With a measured baseline of the target operation, identification of the real constraint, a requirement written in performance terms, and a budget envelope — before suppliers are approached.
Available languages
Prepare the project before you approach the market
The quality of the brief determines the quality, comparability and price of the proposals you receive. Prepare the specification, investment case and financing structure first.
Reference layer