Compact SLS 3D printing with open material control

The Sinterit BianCO2 SLS 3D Printer is a compact selective laser sintering system built for companies that need industrial-grade output, open material access, and detailed process control. It combines CO₂ laser technology with a compact footprint to deliver production capability for real manufacturing environments.

Powered by Sinterit Studio Ultimate, the BianCO2 gives users direct control over the print process through 137 adjustable parameters. That level of control supports material development, application-specific tuning, and production optimisation without moving to a different platform.

Key features and benefits of the Sinterit BianCO2

Open material ecosystem for broader application range

The BianCO2 is designed for users who need freedom in material selection. The system works with a wide range of powders, including technical engineering materials, white and natural polymers, flexible elastomers, and black, gray, white, natural, and colourable powders.

This broad material compatibility makes it possible to choose powders based on real production needs, including:

• Mechanical performance
• Surface finish requirements
• Flexibility and durability
• End-use application needs

Industrial performance in a compact system

The printer delivers production-grade SLS output without the footprint or infrastructure demands of larger industrial systems. That makes the BianCO2 a practical option for agile manufacturers that need consistent output with more operational flexibility.

From engineering components to end-use consumer products, the system supports repeatable manufacturing while leaving room to adapt print processes as requirements change.

Full Open Parameters for advanced process control

With Full Open Parameters in Sinterit Studio Ultimate, the BianCO2 supports expert-level process tuning and development work. Users can control 137 adjustable settings for custom material profiles, print optimisation, and repeatable production results.

The Sinterit Studio Ultimate workflow also includes:

• Advanced print preparation and optimisation tools
• Material development and experimental workflows
• Precise tuning for production repeatability
• Intelligent model setup and auto-packing
• Production workflow optimisation
• Advanced parameter control for experts and developers
• Efficient scaling from prototype to production

This open-system approach makes the BianCO2 suitable for both manufacturing and innovation-focused environments.

Flexible production from prototype to end-use part

The compact SLS platform is built to move smoothly from prototyping to low-volume production, material testing, and end-use manufacturing. Users can scale workflows without changing systems or disrupting established processes.

The printer supports functional and aesthetic applications within a single platform, helping teams switch between technical engineering work, presentation-quality prototypes, flexible parts, and personalised products.

Strong, flexible, and production-ready output

The BianCO2 supports parts that combine mechanical strength, functional flexibility, and refined surface quality. Compatibility with advanced polymers enables a wide range of outputs, from rigid engineering components to flexible, wearable, and ergonomic products.

Use cases for compact open-material SLS manufacturing

Medical, dental, and orthotics production

The Sinterit BianCO2 can be used for patient-specific orthotics, prosthetics, dental models, rehabilitation tools, and anatomical models where custom geometry and material choice matter.

Automotive and mobility parts

The system is suitable for interior components, functional brackets, mounting systems, and custom vehicle parts that benefit from low-volume manufacturing and iterative development.

Consumer product design and product development

Wearables, electronics housings, lifestyle products, and high-quality prototypes can all be produced on the same platform, making the printer useful for both concept validation and end-use production.

Industrial engineering and factory support

For industrial teams, the BianCO2 can produce functional prototypes, jigs, fixtures, tooling, and low-volume production parts while maintaining repeatability and process flexibility.

Flexible and functional component manufacturing

Flexible powders expand the machine’s use for seals, ergonomic parts, protective elements, and soft-touch applications where durability and comfort are both important.

Aerospace, drone, and defence development

The compact SLS system can support lightweight housings, drone components, and advanced functional systems that require precise tuning and adaptable material choices.

R&D, education, and material innovation

Material testing, academic research, process optimisation, and experimental manufacturing are strong use cases for the BianCO2 because the platform combines compact hardware with open parameter control.

Architecture and design modelling

The printer also suits concept models, presentation prototypes, and detailed architectural elements where geometry, finish, and application flexibility are all relevant.

What the Sinterit BianCO2 adds to compact SLS workflows

The BianCO2 extends the role of compact SLS by combining open material access, industrial performance, and scalable production in one system. It is built for users who need to move between technical engineering applications, aesthetic prototypes, flexible and functional parts, personalised end-use products, and advanced material development workflows within a single adaptable platform.