Production 3D Printers Production 3D Printers for Large High-Performance Parts When you need large parts and reliable performance, BigRep's professional 3D printers delivers quality at an attractive price. Our industrial 3D printers are backed by intelligent software, high-quality filament, five-star customer service, and comprehensive training. TALK TO AN EXPERT Full-Scale Production BigRep Knows Industrial AM BigRep offers production 3D printers that are tough enough for industrial use. Produce durable tooling, functional prototypes, or high-performance parts. Our XXL 3D printers that are reliable, easy to use, and sure to take your manufacturing to the next level. Industrial Large-Format Production 3D Printers from BigRep From 105 to 1000 liters of build volume, BigRep's production 3D printers robust machines with massive build volumes. Designed for continuous production, these machines can deliver quality parts using high-performance materials. Production 3D Printer Maximum Performance. Unbeatable Price. The IPSO 105 boasts an unbeatable price-to-performance ratio. It's an industry all-rounder and high-temperature machine to reliably produce high-performance parts. Key Features Enclosed 105 Liters Build Chamber (Heated Up to 100 °C): Enclosed build chamber is heated up to 100 °C with highly uniform heat distribution delivering large, accurate 3D prints. Dual Extrusion (Up to 450°C, 150 g/h): Multi-material printing capability with a dual-extrusion system, supporting high-performance materials and a print rate of up to 150 grams per hour. Multi-Surface Print Bed (Heated up to 180 °C): An evenly-heated bed with two surfaces: a specialized tempered glass or flexible steel plate with a magnetic foil and PEI coating for easy print removal. Numerous Automation Features: Automated print bed and extruder calibration for quick, easy set up and optimal print quality, plus Relay Mode for continuous printing on 2 extruders. Key Features Enclosed 105 Liters Build Chamber (Heated Up to 100 °C): Enclosed build chamber is heated up to 100 °C with highly uniform heat distribution delivering large, accurate 3D prints. Dual Extrusion (Up to 450°C, 150 g/h): Multi-material printing capability with a dual-extrusion system, supporting high-performance materials and a print rate of up to 150 grams per hour. Multi-Surface Print Bed (Heated up to 180 °C): An evenly-heated bed with two surfaces: a specialized tempered glass or flexible steel plate with a magnetic foil and PEI coating for easy print removal. Numerous Automation Features: Automated print bed and extruder calibration for quick, easy set up and optimal print quality, plus Relay Mode for continuous printing on 2 extruders. Explore the IPSO 105 Maximum Performance. Unbeatable Price. The IPSO 105 boasts an unbeatable price-to-performance ratio. It's an industry all-rounder and high-temperature machine to reliably produce high-performance parts. Enclosed 105 Liters Build Chamber (Heated Up to 100 °C): Enclosed build chamber is heated up to 100 °C with highly uniform heat distribution delivering large, accurate 3D prints. Dual Extrusion (Up to 450°C, 150 g/h): Multi-material printing capability with a dual-extrusion system, supporting high-performance materials and a print rate of up to 150 grams per hour. Multi-Surface Print Bed (Heated up to 180 °C): An evenly-heated bed with two surfaces: a specialized tempered glass or flexible steel plate with a magnetic foil and PEI coating for easy print removal. Numerous Automation Features: Automated print bed and extruder calibration for quick, easy set up and optimal print quality, plus Relay Mode for continuous printing on 2 extruders. Explore the IPSO 105 Production 3D Printer The Ultimate High-Performance Machine. The ALTRA 280 delivers unrivaled reliability with up to 4 state-of-the-art extruders. The high-temperature capabilities enable peak-level 3D printing for demanding applications. Key Features Enclosed 280 Liters Build Chamber (Heated Up to 180 °C): Enclosed build chamber is heated up to 180 °C with highly uniform heat distribution delivering large, highly accurate 3D prints. Up to 4 Extruders (Up to 450°C, 250 g/h): Multi-material printing capability with up to 4 extruders for maximum reliability and print speed using high-performance materials. Vacuum Print Bed (Heated up to 180 °C): A vacuum print bed with material-specific surfaces enables ultimate bed adhesion and easy print removal. Extremely homogeneous temperature distribution ensures accurate prints and superior layer adhesion. Numerous Automation Features: Automated print bed and extruder calibration for quick, easy set up and optimal print quality, plus many built-in sensors will secure your 24/7 operation. Key Features Enclosed 280 Liters Build Chamber (Heated Up to 180 °C): Enclosed build chamber is heated up to 180 °C with highly uniform heat distribution delivering large, highly accurate 3D prints. Up to 4 Extruders (Up to 450°C, 250 g/h): Multi-material printing capability with up to 4 extruders for maximum reliability and print speed using high-performance materials. Vacuum Print Bed (Heated up to 180 °C): A vacuum print bed with material-specific surfaces enables ultimate bed adhesion and easy print removal. Extremely homogeneous temperature distribution ensures accurate prints and superior layer adhesion. Numerous Automation Features: Automated print bed and extruder calibration for quick, easy set up and optimal print quality, plus many built-in sensors will secure your 24/7 operation. Explore the ALTRA 280 The Ultimate High-Performance Machine. The ALTRA 280 delivers unrivaled reliability with up to 4 state-of-the-art extruders. The high-temperature capabilities enable peak-level 3D printing for demanding applications. Enclosed 280 Liters Build Chamber (Heated Up to 180 °C): Enclosed build chamber is heated up to 180 °C with highly uniform heat distribution delivering large, highly accurate 3D prints. Up to 4 Extruders (Up to 450°C, 250 g/h): Multi-material printing capability with up to 4 extruders for maximum reliability and print speed using high-performance materials. Vacuum Print Bed (Heated up to 180 °C): A vacuum print bed with material-specific surfaces enables ultimate bed adhesion and easy print removal. Extremely homogeneous temperature distribution ensures accurate prints and superior layer adhesion. Numerous Automation Features: Automated print bed and extruder calibration for quick, easy set up and optimal print quality, plus many built-in sensors will secure your 24/7 operation. Explore the ALTRA 280 Production 3D Printer The Next Level of Automated Production. The large-scale BigRep VIIO 250 is a fully automated 3D printer for reliable continuous industrial manufacturing. Designed to be incredibly intuitive, VIIO 250 makes additive manufacturing easier than ever. Key Features Enclosed 250 Liters Build Chamber (Heated Up to 50 °C): Enclosed 1000 x 500 x 500 mm build chamber is heated up to 50 °C for large, complex 3D prints. Dual Extrusion (Up to 350°C, 200 g/h): Multi-material printing capability with two extruders for fast and reliable continuous production of complex geometries in full scale. Flexible Heated Bed (Up to 120 °C): A flexible print bed with interchangeable surfaces enables reliable bed adhesion with a range of materials and easy print removal. Many Automation Features: Automated print bed and extruder calibration for quick, easy set up and optimal print quality. Relay Mode allows continuous printing on multiple extruders and the Infinity Box enables massive prints using multiple filament spools. Key Features Enclosed 250 Liters Build Chamber (Heated Up to 50 °C): Enclosed 1000 x 500 x 500 mm build chamber is heated up to 50 °C for large, complex 3D prints. Dual Extrusion (Up to 350°C, 200 g/h): Multi-material printing capability with two extruders for fast and reliable continuous production of complex geometries in full scale. Flexible Heated Bed (Up to 120 °C): A flexible print bed with interchangeable surfaces enables reliable bed adhesion with a range of materials and easy print removal. Many Automation Features: Automated print bed and extruder calibration for quick, easy set up and optimal print quality. Relay Mode allows continuous printing on multiple extruders and the Infinity Box enables massive prints using multiple filament spools. Explore the VIIO 250 The Next Level of Automated Production. The large-scale BigRep VIIO 250 is a fully automated 3D printer for reliable continuous industrial manufacturing. Designed to be incredibly intuitive, VIIO 250 makes additive manufacturing easier than ever. Enclosed 250 Liters Build Chamber (Heated Up to 50 °C): Enclosed 1000 x 500 x 500 mm build chamber is heated up to 50 °C for large, complex 3D prints. Dual Extrusion (Up to 350°C, 200 g/h): Multi-material printing capability with two extruders for fast and reliable continuous production of complex geometries in full scale. Flexible Heated Bed (Up to 120 °C): A flexible print bed with interchangeable surfaces enables reliable bed adhesion with a range of materials and easy print removal. Many Automation Features: Automated print bed and extruder calibration for quick, easy set up and optimal print quality. Relay Mode allows continuous printing on multiple extruders and the Infinity Box enables massive prints using multiple filament spools. Explore the VIIO 250 Production 3D Printer Industrial Quality Meets Cost Efficiency. Complex Parts in Large Scale. The BigRep PRO is a 1 m³ powerhouse 3D printer, built to take you all the way from prototyping to production. Key Features Enclosed 1000 Liters Build Chamber: Large 1 cubic meter build volume for creating big, complex objects in a single print. Dual Extrusion (Up to 280°C, 130 g/h): Multi-material printing capability with a dual-extrusion system, supporting high-temperature materials and a print rate of up to 130 grams per hour. Removable Flexible Print Bed (Up to 100 °C): A heated bed with a flexible, magnetic, interchangeable surface that enhances print adhesion and minimizes warping. Numerous Automation Features: Print bed and extruder calibration for quick, easy set up and optimal print quality. Key Features Enclosed 1000 Liters Build Chamber: Large 1 cubic meter build volume for creating big, complex objects in a single print. Dual Extrusion (Up to 280°C, 130 g/h): Multi-material printing capability with a dual-extrusion system, supporting high-temperature materials and a print rate of up to 130 grams per hour. Removable Flexible Print Bed (Up to 100 °C): A heated bed with a flexible, magnetic, interchangeable surface that enhances print adhesion and minimizes warping. Numerous Automation Features: Print bed and extruder calibration for quick, easy set up and optimal print quality. Explore the PRO Industrial Quality Meets Cost Efficiency. Complex Parts in Large Scale. The BigRep PRO is a 1 m³ powerhouse 3D printer, built to take you all the way from prototyping to production. Enclosed 1000 Liters Build Chamber: Large 1 cubic meter build volume for creating big, complex objects in a single print. Dual Extrusion (Up to 280°C, 130 g/h): Multi-material printing capability with a dual-extrusion system, supporting high-temperature materials and a print rate of up to 130 grams per hour. Removable Flexible Print Bed (Up to 100 °C): A heated bed with a flexible, magnetic, interchangeable surface that enhances print adhesion and minimizes warping. Numerous Automation Features: Print bed and extruder calibration for quick, easy set up and optimal print quality. Explore the PRO Request Pricing or Talk to a 3D Printing Expert Help us understand your needs Get in Touch BigRep Production vs. Other Industrial 3D Printers Other industrial 3D printers may promise performance, but fail to deliver value. BigRep strives to give you the best performance at a competitive price, while being an open format machine for material freedom. BigRep Production 3D Printers Other Industrial 3D Printers Up to 1 Cubic Meter Up to 10x print volume compared to standard printers. Print large, complex parts in a single piece. Small Format You're left to connect the pieces of multiple smaller 3D prints when you need large parts. Lower Cost Per Part BigRep 3D printers can deliver industrial quality at a lower cost per part and faster return on investment. Additional Costs Others require higher initial investment plus added costs like mandatory material and software purchases. Open Material Platform All BigRep 3D printers are open, meaning you can print with any compatible material, whether it's BigRep or not. Closed Material Systems Many industrial 3D printers restrict material compatibility to their brand only, adding costs and limiting your options. True Material Freedom Our production 3D printers are designed for high-performance, engineering-grade, and carbon fiber materials. And you use any compatible filament, whether it's from BigRep or not. High-Performance Soluble Support Fiber Reinforced Flexible Filament Engineering ABS ACRYLONITRILE BUTADIENE STYRENE Commonly used in electrical and electronic applications, construction materials, and automotive parts where flame resistance is crucial. Learn More ABS ESD ABS - ELECTROSTATIC DISCHARGE Widely known for its high resistance to electrostatic discharge, chemicals, impact, & high temperatures & finds applications in the electronics, aerospace, & automotive industries. BVOH BUTENEDIOL VINYLALCOHOL CO-POLYMER Created for use with dual-extruder printers, BigRep BVOH is compatible with a wide range of materials to provide efficient support during the printing process. Learn More PC FR FLAME RETARDANT POLYCARBONATE Finds applications in industries demanding fire safety compliance, such as electronics, transportation, and aerospace. HI-TEMP CF HIGH TEMPERATURE CARBON FIBER Durable, heat-resistant, and ideal for functional applications in demanding conditions and industrial environments. Learn More PEEK POLYETHER-ETHERKETONE Predominantly used for applications that need exceptional mechanical, thermal, and chemical resistance in aerospace, automotive, and medical industries. PA12 CF CARBON FIBER POLYAMIDE Preferred for aerospace components, automotive parts, and sporting goods because of its high strength-to-weight ratio. Learn More PEKK CF CARBON FIBER POLYETHER-KETONEKETONE Well-suited for aerospace applications because of its lightweight, high-temperature resistance, and excellent mechanical properties. PA6/66 POLYAMIDE (NYLON) Widely used in mechanical engineering, automotive parts, and consumer goods with excellent mechanical properties and chemical resistance. Learn More PP POLYPROPYLENE Ideal for consumer goods and packaging applications thanks to its lightweight, chemical resistance, and recyclability. TPU 98A THERMOPLASTIC POLYURETHANE With its flexibility, durability, & abrasion resistance, TPU is commonly used for manufacturing aids, particularly those interfacing with sensitive parts & equipment. Learn More ULTEM® 9085 POLYETHERIMIDE(PEI) Often used in aerospace, automotive, and medical applications for its high strength-to-weight ratio, thermal stability, and flame resistance. Explore All BigRep Materials Why choose BigRep? We balance cost-efficiency with industrial quality. BigRep strives to deliver the most value for your money with solutions you can truly rely on. Our production 3D printers are built to last and deliver quality results every time. More costly 3D printers promise peak performance at a higher price, but they may fail to deliver value. Many also lock you into required purchases like expensive software and proprietary materials. What's the value of an open material 3D printer? Learn More Resources & Support Documentation Existing customers can access manuals, user guides, and more by logging in to the Knowledge Base. For eLearning courses including printer operation, design, slicing, and more, login to BigRep Academy. Knowledge Base BigRep Academy SUPPORT INFO BigRep offers maintenance contracts including service and replacements parts to keep your production in full swing. Contact BigRep's technical support to get in touch with a service technician. Maintenance Contracts Techncial Support FAQs What is considered a large 3D printer? Large 3D printers are too big to fit on a desk and usually offer a build volume bigger than 500x500x500 mm. Small or large 3D printers can be sorted into two categories: Desktop 3D printers Large-format 3D printers BigRep 3D printers provide a build volume of up to 1005x1005x1005 mm. Which 3D printer has the biggest bed size? With serial production 3D printers the print bed size can be up to 1005x1005 mm like in the BigRep ONE. However, there is no real limit to bed sizes as there are custom made 3D printers like the University of Maine's 100 feet (30,5 m) long printer. Can you 3D print large objects? The size of a 3D printed object depends on the size of the 3D printer. With a BigRep ONE you can 3D print large objects up to 1005x1005x1005 mm, that's 1000 liters or 35 cubic feet. Thanks to dual extrusion, you can print large complex parts. This is becuase a second extruder can be used to print soluble support that can be removed by soaking in water. Without soluble support materials, some geometries would be difficult or impossible to produce. What does an industrial 3D printer do? An industrial 3D printer saves time and money in product development, engineering and manufacturing. What sets an industrial 3D printer apart from an entry level 3D printer is: High reliability Faster 3D printing High repeatability No assembly required Factory service What is 3D printing? How does it work? 3D printing is a process for generating three dimensional objects built up layer by layer. 3D printing is a subset of broader term Additive Manufacturing. A 3D model is converted into a file format the 3D printer understands. This is called slicing, as the slicer software is used to slice the model into prinatble layers, while also determining a wide array of print settings such as layer height, print temperature, infill percentage, etc. In loose terms technology used here is slicing CAD model of part geometry in layers using software and producing one layer at a time. What technology is used in 3D printing? Over the last few years, high-resolution 3D printers have become more affordable, easier to use, and more reliable. As a result, 3D printing technology is now accessible to more businesses, but choosing between the various competing 3D printing solutions can be difficult. Which technology is suitable for your application? What materials and equipment’s are available to get started? How about costs and return on investment? All BigRep 3D printers use fused filament fabrication (FFF), also known as FDM, which is the most widely used type of 3D printing technology. What materials can be used in 3d printing? Plastics are the most widely adopted 3D printed material - and it comes in filament, resin, granule, and powder forms, with filament being the most widely used. Most thermoplastic 3D printing materials can be used in home 3D printing technology, while some high-performance materials require air filtration for user safety. Some popular materials include: Acrylonitrile Butadiene Styrene (ABS) Acrylonitrile Styrene Acrylate (ASA) Polylactic Acid (PLA) Polyamide (PA) also known as Nylon Thermoplastic polyurethane (TPU) What could an industrial 3D printer do for you? Help us understand your needs Get your quote now
