Scara Elite Roadrunner – High-Precision Track-Based Cement 3D Printer
Price: $50,400 - $52,400
The Scara Elite Roadrunner is a versatile and precise cement 3D printer designed for advanced additive construction. With a unique 360-degree print area, a 5-foot arm reach, and a track-based system, it provides exceptional flexibility for printing complex structures with ease.
Built for scalability and efficiency, the Roadrunner offers two track length options (4 meters or 6 meters) and features an initial print height of 6.5 feet, extendable to 8 feet with a nozzle adjustment. This makes it ideal for a wide range of applications, including residential, commercial, and industrial construction.
The system is compatible with various pumps and extruders, allowing for continuous material flow and seamless large-scale printing. Its rigid structure and precision motion control ensure high accuracy, making it a powerful tool for modern 3D concrete printing.
Key Features:
✅ 360-degree print area – Maximizes build space and design flexibility
✅ Track-based movement – Available in 4m or 6m configurations for extended reach
✅ Adjustable print height – 6.5 ft, extendable to 8 ft for taller structures
✅ Pump & extruder compatibility – Supports a variety of cementitious materials
✅ Precision motion system – Ensures smooth, accurate layer deposition
Pricing & Configurations:
Track Length: 4 Meters – $50,400 Track Length: 6 Meters – $52,400
The Scara Elite Roadrunner delivers exceptional performance, adaptability, and reliability, making it a top choice for innovative additive construction projects.
Experience the future of 3D printing with the Scara Elite Roadrunner.
Power Requirements:
Just like your laptop charger, the Scara Elite Roadrunner uses a single 110 volt or 220 volt and 50 Hertz or 60 Hertz.
Software requirements
The only requirement for machine control is a web browser interface. For object generation, the Scara Elite Roadrunner is similar to other 3D printer as it requires an STL file to be sliced by a third-party program. We recommend using Simplify3D. Then transfer the file onto the printer’s SD card via WiFi.
