Large-format industrial 3D printing for in-house production

Premium efficiency for industrial 3D printing

The BigRep Studio is a large-format 3D printer built for industrial applications using engineering-grade materials. German-engineered for around-the-clock operation, the printer combines a space-conscious footprint with production-focused features so manufacturers, engineers, and product teams can create full-scale parts in the office or on the factory floor.

The BigRep Studio is designed to produce quality parts for factory tooling, prototypes, and end-use applications. Its durable construction and in-house manufacturing workflow help replace slower traditional production and outsourced fabrication for large-format parts.

Key features that support reliable industrial printing

Large-format build volume for full-scale parts

The BigRep Studio provides a 1000 x 500 x 500 mm build volume, giving users room to manufacture large parts and larger batches in one machine. That capacity opens full-scale additive manufacturing for production environments that need more than desktop printer output.

Industrial build volume in a space-conscious body

The printer’s large-format platform creates room for innovation while keeping a sleek, space-conscious package suitable for production spaces, workshops, offices, and factory environments. The BigRep Studio is built to fit where industrial work happens without giving up the volume needed for metre-class components.

High-flow dual extrusion for complex parts and support structures

The high-flow STUDIO Dual Extruder (SDX) uses two nozzles, available in 0.6 mm or 1.0 mm diameters, to print geometrically complex parts quickly and reliably. Dual extrusion also supports the use of water-soluble support material for more complex geometries and cleaner post-processing options.

Abrasive material compatibility for stronger functional parts

Specialised tool-steel nozzles allow the BigRep Studio to print carbon-fibre-reinforced filament and other abrasive materials. The extruder is designed for reliable high flow rates with advanced engineering-grade filaments, making the printer suitable for industrial tooling and other parts where mechanical performance matters.

Enclosed temperature-controlled environment for consistency and safety

A fully enclosed, insulated, temperature-controlled build envelope helps deliver consistent, high-quality print results. The enclosed chamber also gives users safe and easy access to the print bed and allows visual monitoring of the print process inside a contained space.

Environmental fail-safes are built in, including an auto-abort function when the enclosure is opened. That added protection supports smoother and safer operation in shared workspaces and industrial settings.

BOFA filtration for hazardous material handling

The BOFA air filtration system helps address health, safety, and regulatory requirements when printing potentially hazardous materials. Fumes are directed from the insulated enclosure into the filtration system, where HEPA filters purify air to a certified minimum efficiency of 99.997% down to 0.3 microns and 95% to 0.1 micron.

Fast-heating bed for shorter preparation times

The print bed reaches 80 °C in just 15 minutes, reducing preparation time across print jobs. Faster heating supports quicker starts and helps achieve proper first-layer adhesion with a variety of high-quality materials.

Semi-automatic bed levelling for improved calibration

An inductive sensor enables semi-automatic print bed levelling. This setup helps maintain optimal calibration and gives operators more control over print consistency.

Independent temperature controls for material stability

Two heated filament chambers keep sensitive engineering-grade materials dry and in a controlled environment. The filament chambers, print bed, and build envelope each have independent temperature controls, giving users more precise control over the entire print environment than standard systems.

Industrial applications for the BigRep Studio

Prototypes

• Produce full-scale, functional parts from the alpha phase to zero series.
• Learn faster and iterate designs in hours and days instead of weeks and months.
• Avoid expensive outsourced production and slower traditional manufacturing routes.

Tooling, jigs, and fixtures

• Customise tools for a precise fit, reduced weight, and more ergonomic design.
• Shorten lead times with on-demand production and avoid outsourcing logistics.
• Reduce production and material costs with optimised tooling.

Patterns and moulds

• Replace high-cost patterns and moulds made from expensive materials.
• Speed up design iteration, product testing, and production workflows.
• Minimise outsourcing, external logistics, and supply chain dependence.

End-use parts

• Produce small-series and one-off parts without the added costs of traditional methods.
• Manufacture on demand to reduce inventory and warehousing needs.
• Reduce lead times and move products to market faster.

Why manufacturers use the BigRep Studio for production workflows

German-engineered for full-scale production

Productivity gains for in-house manufacturing

Cost reduction through reduced outsourcing

Where the BigRep Studio fits best

The BigRep Studio is suited to industrial teams that need large-format, engineering-grade parts without moving production outside the business. Typical use cases include factory tooling, functional prototypes, patterns and moulds, and end-use parts where size, material capability, environmental control, and repeatable output are essential.

For offices, workshops, and factory floors that require a production-oriented printer with enclosed operation, abrasive material support, and full-scale part capability, the BigRep Studio provides an industrial additive manufacturing platform in a compact footprint.