Capabilities
Forty Looms, One Specialization, Twenty-Five Years of Refinement
Production Equipment
Our facility operates forty looms across two construction types, selected against the application range we serve.
Needle Looms (35 Units)
Needle looms — also known as shuttleless looms — are high-speed weaving machines that produce narrow fabrics through a continuous weft insertion process. The construction yields a sealed loop edge on one side and a knitted selvage on the other, characteristic of needle-loomed webbing.
This construction is the dominant choice for high-volume webbing production. The combination of speed, dimensional consistency, and economic efficiency makes needle looms the right equipment for the majority of juvenile, outdoor, and industrial webbing applications.
Our 35 needle looms are configured across a range of widths and yarn capacities, allowing simultaneous production of webbing from 5mm to 80mm width without retooling between lots.
Jacquard Looms (5 Units)
Jacquard looms incorporate computer-controlled pattern systems (CAD-driven) that govern individual warp yarn movement during weaving. This allows nearly unlimited pattern complexity to be woven directly into the structure of the webbing — patterns, brand logos, text, and decorative elements integrated at the fiber level rather than printed on the surface.
Jacquard webbing carries equivalent load to plain-woven webbing of the same yarn count and width. The pattern is part of the structure, not applied to it. The result is durability and visual permanence that printed alternatives cannot match — patterns do not fade, peel, or wear away over the product's service life.
Our five jacquard looms are dedicated to brand-differentiated webbing and decorative juvenile applications. Pattern development is supported through our in-house CAD design capability.
Post-Weave Processing
Webbing leaves the loom as a continuous structure. Most juvenile and specialty applications require additional processing before it becomes a finished component. We provide post-weave processing in-house, integrated into our standard production workflow.
Cutting and Sealing
Ultrasonic cutting produces precision-length pieces with sealed, fray-resistant edges. Ultrasonic energy welds the fiber edges during cutting, eliminating loose ends without thermal damage to the webbing structure. Recommended for most juvenile applications where edge integrity affects product safety.
Laser cutting supports complex shapes, tight dimensional tolerances, and clean sealed edges. Used for tabs, openings, shaped components, and applications where mechanical cutting cannot achieve required precision.
Surface Engraving and Marking
Pattern engraving applies decorative or functional patterns to webbing surfaces using calibrated laser engraving. Used for brand markings, sizing indicators, and decorative elements that do not compromise webbing integrity.
Component Assembly
We provide basic sewing assembly for simple webbing-based components — straps with attached hardware, finished length pieces with sewn ends, and similar light-assembly work. Complex assembly involving multiple fabric components, padding, or extensive sewing operations is generally outside our scope; we partner with specialized sewing facilities for those projects.
A Note on Pre-Processing
Many performance characteristics conventionally achieved through post-weave finishing — UV stabilization, antimicrobial behavior, flame resistance — can also be engineered into the fiber itself, before extrusion. This approach delivers more stable, more durable performance than post-weave treatment, because the property is intrinsic to the fiber rather than applied to its surface.
For projects with sustained or critical performance requirements, we recommend pre-processing through engineered fiber selection over post-weave finishing wherever the application allows. We work with customers to determine which approach is appropriate at the specification stage.
Quality Management
Compliance and Certification
Our webbing is engineered to meet a defined set of international juvenile safety and chemical standards:
- Oeko-Tex Standard 100, Product Class I — Articles for babies and toddlers — the most restrictive Oeko-Tex class.
- EU REACH Regulation — Restriction of Substances of Very High Concern (SVHC).
- U.S. CPSIA — Consumer Product Safety Improvement Act — lead and phthalates.
- EN 71-3 — Migration of certain elements from toys.
- California Proposition 65 — Chemical disclosure requirements.
Test reports are issued by accredited third-party laboratories — SGS, Bureau Veritas, Intertek — and provided to customers on request.
In-Process Quality Control
Quality verification is integrated across the production cycle, not applied at the end:
- Incoming material inspection verifies yarn specifications against supplier datasheets and our internal quality criteria before material enters production
- In-loom monitoring tracks dimensional consistency, weave integrity, and surface quality during weaving
- Post-weave inspection verifies finished webbing against specification before post-processing or shipment
- Lot traceability maintains material identification from yarn batch through finished webbing, supporting regulatory documentation requirements
Twenty-Two Years Without Quality Incidents
Since 2003, every meter of juvenile webbing we have shipped has been free of quality incidents — a record we have maintained, without exception, for twenty-two consecutive years. This is the operational outcome of our quality system, not a marketing claim.
Research, Development, and Custom Engineering
Most of our work begins with a customer specification — a defined width, thickness, tensile rating, and finish. Some projects begin earlier, with a problem the customer is trying to solve.
We support custom webbing development across the full project cycle: specification refinement, prototype weaving, sample iteration, performance testing coordination, and transition to production.
What We Bring to Custom Development
Specialization depth
Twenty-five years of focused work on juvenile and high-performance webbing has produced engineering judgment that generalist webbing manufacturers cannot easily match. When a customer engineering team needs to discuss whether a specific weave construction will meet a specific load profile, the conversation begins from accumulated experience rather than first principles.
Direct technical communication
Custom development discussions take place between the customer's engineering team and our owner-operator, without procurement intermediaries. Decisions move at the speed of the conversation.
Material flexibility
Our work spans polyester, polypropylene, polyamide (PA6 and PA66), and engineered specialty fibers. We can recommend across the fiber spectrum based on application requirements rather than equipment constraints.
In-house pattern development
Jacquard pattern design — including custom logos, text, and decorative elements — is supported through our CAD design capability. Customers do not need to provide finished pattern files; we work from design briefs.
Confidentiality
Custom development involves sharing of proprietary information — product designs, brand identities, technical specifications, and commercial intent. We maintain confidentiality across all customer engagements through standard non-disclosure agreements, and we treat customer intellectual property as confidential by default.
Inquiry
Capabilities discussions are best conducted directly. Whether your project is a defined specification or an early-stage problem, the technical conversation moves faster between engineers than through procurement chains.
Contact Mason directly to discuss your application.