ABS
A tough, impact-resistant commodity thermoplastic with good dimensional stability — the workhorse of functional prototyping and enclosures.
Products
From wildly used commodity materials to engineering‑grade composites — choose your form factor, family, and let us help you assess the right material for your need.
A tough, impact-resistant commodity thermoplastic with good dimensional stability — the workhorse of functional prototyping and enclosures.
Carbon-fiber reinforced ABS combining stiffness, low weight, and a distinctive matte finish.
Glass-fiber reinforced ABS for higher rigidity and reduced warping in functional parts.
UV and weather-resistant thermoplastic suited to outdoor parts and automotive exteriors.
Carbon-fiber reinforced ASA delivering a higher stiffness-to-weight ratio for structural outdoor parts.
Glass-fiber reinforced ASA for added stiffness and dimensional stability in weather-exposed parts.
Repurposes spent coffee grounds into a warm-toned, textured bio-composite material.
A distinctly Saudi bio-composite compounding reclaimed date palm by-product into a usable material.
Compounds reclaimed olive by-product into a distinctive, sustainably-sourced material.
Bio-composite blending wood fiber into a PLA base for a natural finish, texture, and scent.
Lightweight, machinable thermoplastic commonly used as a dissolvable support or low-cost structural material.
Carbon-fiber reinforced nylon delivering exceptional stiffness and fatigue resistance for jigs and fixtures.
High-strength, high-temperature polycarbonate for demanding mechanical and structural applications.
A PC/ABS blend combining polycarbonate strength with ABS processability — a common automotive and electronics-housing grade.
Ultra-high-performance thermoplastic with outstanding thermal, chemical, and mechanical resistance for aerospace and medical use.
Balances the strength of ABS with the ease of PLA, plus good chemical and moisture resistance.
Carbon-fiber reinforced PETG for parts needing chemical resistance alongside structural stiffness.
Easy-to-process, bio-based thermoplastic ideal for rapid prototyping, visual models, and low-load parts.
Reclaimed PLA feedstock re-compounded into consistent, print-ready material — a genuine second life, not downcycled filler.
A PLA variant engineered for a glossy, silk-like surface finish on display and presentation pieces.
Lightweight, fatigue-resistant polypropylene with excellent chemical resistance for living hinges and containers.
Carbon-fiber reinforced polypropylene for a high stiffness-to-weight ratio at low cost.
Glass-fiber reinforced polypropylene for higher stiffness while retaining chemical resistance.
Water-soluble support material for dissolving away complex overhangs and multi-material prints.
Highly chemical- and corrosion-resistant fluoropolymer suited to aggressive process environments.
Recycled PET compounded to engineering-grade consistency, combining circularity with reliable mechanical performance.
Flexible, abrasion-resistant thermoplastic polyurethane for gaskets, grips, and wearable parts.
Carbon-fiber reinforced TPU pairing flexibility with added structural reinforcement.
High-temperature, flame-retardant polyetherimide widely specified for aerospace interior and industrial applications.
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R&D & Custom Formulation
Our R&D department can formulate a bespoke material to your exact specification.