Custom industrial straps are most effective when they are engineered as part of the product in which they will operate. The development process should connect the customer’s function, the textile construction, the fittings and the manufacturing method from the beginning.
1. Describe the function before drawing the strap
A useful brief explains what the component must achieve, what it connects to, how it is handled and what can cause failure. This prevents the project from being reduced too early to a width, colour and nominal breaking load.
2. Select the material and textile architecture
Polyester, polyamide, polypropylene, polyethylene, natural fibres and high-performance fibres each have different behaviours. The weave can then be adjusted for flexibility, thickness, edge stability, tubular construction, variable width or controlled elongation.
3. Integrate fittings and finishing early
Lécuyer’s industrial capabilities include cutting, marking, coating or treatment options and assembly with metal or plastic components. A buckle, eyelet or sewn loop should not be treated as an afterthought because it changes the local stresses and production process.
4. Build a representative prototype
The prototype should be close enough to the intended production design to reveal functional issues. It can be checked for routing, fit, ergonomics, stiffness, tensioning, interaction with edges and behaviour under the expected load.
5. Validate against objective acceptance criteria
| Requirement | Possible validation approach |
|---|---|
| Dimensions | Width, thickness, length and tolerance checks |
| Mechanical performance | Tensile or assembly tests appropriate to the design |
| Elongation | Measurement under defined load |
| Abrasion | Representative wear or rubbing test |
| Environment | UV, humidity, heat or chemical exposure where relevant |
| Assembly | Pull-out, seam or fitting checks where relevant |
| Appearance | Colour, marking and finish against approved reference |
6. Freeze the production specification
After validation, the approved design should be translated into controlled production data: yarn and material references, weave, dimensions, tolerances, treatment, colour, cut, sewing pattern, hardware and inspection points.
7. Manage repeat production and changes
Traceability helps maintain consistency between batches. If a material, supplier, finish or fitting changes, the potential effect on the approved performance should be assessed before the change is introduced.
Prototype and production in the same manufacturing chain
Lécuyer describes an integrated approach from yarn to finished product, including prototyping, cutting, finishing and assembly. For a custom industrial strap, this can reduce hand-offs and make it easier to keep the prototype and production versions aligned.
Frequently asked questions
What information is needed to quote a custom industrial strap?
Application, dimensions, load or performance targets, operating environment, material preferences, fittings, finishing, quantities and any validation requirements are the most useful starting information.
Can the weave be customised as well as the length and colour?
Yes. Lécuyer states capabilities including variable-width, tubular and custom-elasticity constructions, subject to feasibility and project requirements.
Why should fittings be included in prototype testing?
Because buckles, eyelets, carabiners, sewn loops and other fittings change the load path and can create local wear or stress.
What is the purpose of freezing a production specification?
It defines the approved materials, construction, tolerances and processes so that series production can reproduce the validated component consistently.