Value engineering is the discipline of getting the most function out of a product for the least cost, without compromising quality, safety or performance. For steel stillages and cages, it means designing to what the job actually demands, rather than over-building “just in case” or paying for material and labour that add weight and expense but no real value.
At Lowe, value engineering sits at the heart of our design process. Before we cut steel, we look at what a container has to carry, how it will be handled, where it will be stored and how many you need, then engineer the most cost-effective solution that still meets your load, safety and durability requirements.
What is value engineering?
Value engineering (sometimes called value analysis, or VA/VE) is a structured way of reviewing every function and component of a product and asking a simple question: is this the best way to achieve the required function at the lowest sensible cost?
It is not about making things cheap. It is about removing cost that adds no value while protecting, and often improving, the things that matter. In practice that means:
- Defining the essential functions the stillage or cage must perform.
- Assessing the cost of each component and design choice against the function it delivers.
- Proposing alternatives, such as different materials, profiles, gauges or fabrication methods.
- Testing those alternatives against your load rating, handling method and service life.
- Recommending the design that meets the brief for the best overall value.
The result is a product that does exactly what you need, costs less to make and buy, and is often lighter and easier to handle.
Value engineering in stillage and cage design
Steel fabrication is a good candidate for value engineering because small design decisions have a large effect on material use, welding time and shipping cost. Here are the levers we work with most often on our metal stillages and mesh stillages.
Material and section selection
Choosing the right steel section and gauge for the actual load, rather than a heavier default, can cut material cost and weight while still meeting the required safe working load. Where a design allows it, a well-chosen box section or angle can do the same job as a heavier alternative for less money.
Design simplification and weld reduction
Every weld and bracket costs labour and time. By simplifying joints, using efficient bracing patterns and removing components that duplicate function, we reduce fabrication hours without reducing strength. Fewer parts also means fewer potential failure points and easier inspection over the container’s life.
Weight reduction
A lighter stillage that still meets its load rating is cheaper to transport, easier to handle and gentler on lifting equipment. Value engineering targets unnecessary weight, so you pay for capacity where you need it and not for steel that is simply along for the ride.
Stacking, nesting and folding
Storage and transport cost money too. Designs that stack securely, nest when empty, or fold flat can dramatically reduce the floor space and haulage needed for return journeys, which is often where the biggest savings sit over a product’s life rather than in the unit price alone.
Standardisation and repeatability
Where a fleet of containers is needed, standardising components across designs and building for efficient batch production lowers the cost per unit and simplifies maintenance, spares and repairs down the line.
Why value engineering matters for buyers
For anyone specifying handling and storage equipment, value engineering turns “how cheap can it be?” into the more useful question of “what is the best value over the life of the product?” Done properly, it delivers:
- Lower total cost across purchase, handling, storage and transport, not just a lower headline price.
- Maintained or improved performance, because function and safety are protected throughout the review.
- Right-sized designs that suit your loads, sites and handling equipment instead of a generic off-the-shelf compromise.
- Better durability, since simpler, well-considered fabrications tend to last and are easier to inspect and repair.
If you want to explore the decisions behind a good specification in more depth, our buyer’s and design guide walks through load, handling, materials and finish in detail.
How Lowe applies value engineering
As a UK manufacturer, we control the design and fabrication in-house, which is what makes genuine value engineering possible. When you send us a requirement, our engineers review the brief, suggest sensible alternatives and share the reasoning so you can make an informed decision. Nothing is changed behind your back; you see the trade-offs and sign them off.
We apply the same approach across our full range of material handling equipment and to bespoke work through our custom stillage and cage design service. That experience spans demanding sectors, including nuclear, defence and heavy manufacturing, where designs must meet strict load, safety and quality requirements as well as budget.
Getting the most from value engineering
The more accurate information we have at the start, the more value we can engineer in. Useful details include the load and its weight distribution, dimensions, how the container will be lifted and stacked, the storage environment, and how many units you need. Our guide to providing the right technical information for an accurate quote sets out exactly what helps.
Talk to us about a value-engineered design
If you are specifying stillages or cages and want a design that meets your requirements for the best possible value, we would be glad to help. Send us your requirement for a no-obligation quote, or contact our team to discuss your project and how value engineering could reduce cost while protecting quality and safety.