Large-Format 3D Printing Materials
BigRep's industrial filaments deliver reliable performance and quality results for everything from low-cost prototyping to demanding industrial applications.
Find Your Filament
BigRep 3D Printer Compatibility
Find out which filament is right for your BigRep printer. Select your machine below, and we'll show you only the materials proven to perform.
- ALL
- ALTRA 280
- IPSO 105
- ONE
- PRO
- STUDIO
- VIIO 250
rPETG
Easy to print and perfect for design iterations, BigRep rPETG is a recycled filament with well-balanced mechanical properties and chemical resistance.
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rPLA
As a more sustainable option, BigRep PLA is a biopolymer made from over 90% recycled PLA. It is also cost effective and great for prototyping.
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PA12 CF
Strong, durable, and with a high strength-to-weight ratio, PA12 CF is a perfect choice for parts with daily production usage under long-term stress.
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HI-TEMP CF
Thanks to its heat resistance and stiffness, HI-TEMP CF is ideal for 3D printing lightweight, functional parts like patterns, molds, and tooling.
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ASA
BigRep ASA is a stiff and strong engineering-grade material with excellent weather and UV resistance.
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ABS
BigRep ABS filament is a popular FFF material trusted for its impact resistance, high heat deflection properties, and high-quality prints.
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PLX
BigRep’s PLX filament is optimized for large-format 3D printers and consistently delivers high-quality parts with beautiful print surfaces at an attractive price.
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BVOH
BigRep’s water-soluble support material, BVOH drastically reduces post-processing for 3D-printed parts, particularly for complex geometries.
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HI-TEMP
Especially stiff with minimal warping, BigRep’s HI-TEMP filament produces rigid, highly accurate parts with an attractive matte surface finish.
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PA6/66
An excellent choice for industrial applications, BigRep PA6/66 is strong, durable, and lightweight with high resistance to heat and chemicals.
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Solutions by Applications
Find Your Perfect Material
Quickly identify the best BigRep filament for your project by its primary use case.
Rapid Prototyping
In rapid prototyping, cost and lead time are key. Lowering both lets you create more iterations faster than outsourcing or traditional methods, improving product quality.
When selecting 3D printing filaments, consider both price and material specifications, particularly when printing functional prototypes. To balance cost with reliability, choose quality materials with consistent diameter and composition to avoid costly failed prints.
Forms and Molds
From sand casting patterns to carbon fiber molds, urethane casting, and large-scale concrete formwork, 3D printing enables customized, low-volume production while reducing lead time, logistics, and costs.
Filament choice depends on your process: high-temperature, stiff filaments suit autoclave-cured carbon fiber molds; lower-temperature filaments work for sand casting patterns; smooth-finish filaments are ideal for concrete formwork; and chemically resistant, flexible filaments benefit urethane casting.
Tooling
Tooling includes essential manufacturing equipment like jigs, fixtures, transport devices, and inspection aids. 3D-printed tooling can cut lead times by up to 90% and costs by 94%, while offering lighter, ergonomic designs, on-demand digital inventories, and protected in-house designs.
Ideal materials are durable and mechanically resistant, able to withstand constant use, chemicals, and high temperatures, with surface quality supporting grip and ergonomics.
End-Use Parts
When 3D printing end-use parts, consider their conditions: pressure, environmental hazards, water, or chemical exposure. Choosing the right material ensures a functional, durable product. Many 3D printing filaments match the mechanical properties of traditional materials, making it easy to scale production with the same material.
You may also consider post-processing your parts for functional or aesthetic finishes. Choose a material that is well-suited to any additional processing of your part.
Support Structures
Post-processing can be time-consuming, especially with complex geometries. Dual-extrusion 3D printers simplify this by using specialized support materials. Water-soluble supports let you print supports with a second extruder, then dissolve them in water for fast, easy, and clean finishing.
Solutions by Property
How to Pick the Perfect Filament
BigRep offers a wide selection of materials specifically designed for our large-format 3D printers. Our filaments are available in large spools (up to 8 kg) for uninterrupted prints and are rigorously tested for consistent quality and optimal results.
Chemical Resistance
This material withstands contact with oils, acids, and other chemicals.
Easy to Print
For a hassle-free printing process and consistently reliable results.
Food Safe
The material is FDA-compliant for food contact and meets EU food safety directives.
Impact Resistance
For durable parts that must withstand physical impacts and stress.
Lightweight
This material offers a high strength-to-weight ratio, ideal for functional parts.
Stiffness
The material provides high rigidity and dimensional stability for structural components.
Surface Quality
Achieve a professional, high-quality surface without additional post-processing.
The BigRep Advantage
Why Choose Our Industrial Filaments?
BigRep industrial filaments are purpose-built for large-format 3D printing. We ensure every spool meets the highest standards for performance and reliability.
The BigRep eShop
Want to Get BigRep Materials Now?
Head to our eshop to order BigRep filaments, spare parts, service kits, and more.
Frequently Asked Questions
Everything you need to know about BigRep filaments.
Our industrial filaments are produced under carefully controlled conditions to guarantee a uniform diameter and consistent composition. Every spool undergoes rigorous testing to ensure optimal, reliable performance with BigRep printers. We provide a certificate of analysis for every spool, that you can access by simply scanning a QR code.