Contact Us
Contact Us

Robotic CNC milling and 3D printing

Harness the power and flexibility of an industrial robot with an interchangeable head for precise large-format production of prototypes, models, molds, and parts controlled by the Siemens SINUMERIK ONE.

Play video
Non-binding inquiry

Robotic CNC milling and 3D printing

Harness the power and flexibility of an industrial robot with an interchangeable head for precise large-format production of prototypes, models, molds, and parts controlled by the Siemens SINUMERIK ONE.

Play video
Non-binding inquiry

Robotic CNC milling and 3D printing

Harness the power and flexibility of an industrial robot with an interchangeable head for precise large-format production of prototypes, models, molds, and parts controlled by the Siemens SINUMERIK ONE.

Play video
Non-binding inquiry

Large-format parts without compromise

From molds, models, and prototypes to fixtures, architectural sculptures, and design installations. The combination of 3D printing and milling enables fast, accurate, and cost-effective production of even the most complex shapes.

Powerful solutions for demanding applications

Our hybrid workstations are used by companies in the aerospace, automotive, shipbuilding and construction industries. They are also appreciated by designers, mold makers and research institutions looking for maximum freedom and speed in prototyping.

Lower costs, greater flexibility, fast production

Czech integrator, Siemens SINUMERIK ONE control system, fast production preparation, Industry 4.0 readiness, and digital twin. With our system, you will reduce production times by up to 30% and gain a competitive edge.

Robust platform for hybrid manufacturing

The SINUMERIK ONE system enables the seamless combination of 3D printing and robotic machining in a single work process. Advanced motion control with Top Speed Plus technology ensures maximum precision even at high speeds. Thanks to Top Surface functions, workpieces achieve perfect smoothness and the need for subsequent machining is minimized.

Integrated kinematic transformations enable precise control even for complex robot trajectories or on rotary tables. SINUMERIK ONE supports advanced additive technologies such as DED, WAAM, etc., with the option of a seamless transition between additive and subtractive operations.

Close integration with the NX CAD/CAM system ensures complete data continuity and high reliability of the production process.

Choose a simple and flexible solution

Intelligent tool path optimization guarantees smooth operation and top surface quality without the need for additional interventions.

Seamless control of robotic arm and rotary table movements with high precision for any part geometry.

Possibility to combine 3D printing with milling or grinding in a single process, with full data continuity to CAD/CAM.

Our Solutions

SinuPrint

The robotic workstation for 3D printing enables rapid large-format additive manufacturing from various materials, including composites with carbon or glass fibers.

SinuPrint 3000
  • workstation dimensions: 6,000 × 5,000 mm
  • build area: 2,000 × 1,500 mm
  • kinematics: 6-axis robot + 3D printing
  • material type: pellets
  • control system: SINUMERIK ONE
  • workstation dimensions: 6,000 × 5,000 mm
  • build area: 2,000 × 1,500 mm
  • kinematics: 6-axis robot + 3D printing + milling
  • material type: pellets
  • control system: SINUMERIK ONE
  • workstation dimensions: 10,000 × 5,000 mm
  • build area: 8,000 × 2,000 mm
  • kinematics: 6-axis robot + 3D printing + external axis
  • material type: pellets
  • control system: SINUMERIK ONE

SinuMill

Robotic CNC workstation for precise milling, grinding, polishing, and machining of various composite and metallic materials.

SinuMill 2000
  • workstation dimensions: 3,500 × 4,500 mm
  • machining area: 1,500 × 1,250 mm
  • kinematics: 6-axis robot + milling
  • control system: SINUMERIK ONE
  • workstation dimensions: 3,500 × 4,500 mm (basic version)
  • machining area: according to external axis and positioner
  • kinematics: 6-axis robot + milling + external positioner
  • control system: SINUMERIK ONE

State-of-the-art MABI robotics for machining and additive manufacturing

Thanks to their combination of high payload capacity (up to 200 kg), reach of up to 2.5 m, and expandability with linear axes and rotary swivel tables, MABI robots are the ideal choice for manufacturing companies looking for a reliable and versatile solution for demanding CNC machining and additive manufacturing applications.

MABI Robotic AG is a renowned Swiss manufacturer that has built a strong reputation for developing and manufacturing high-precision industrial robots, linear axes, and rotary swivel tables. It is one of the few companies that combines Swiss engineering tradition with continuous innovation and maximum product quality.

MABI MAX industrial robots offer a combination of extreme path accuracy and exceptional rigidity thanks to the use of secondary encoders on all axes. In conjunction with the Siemens SINUMERIK ONE CNC system, they provide completely new production possibilities.

Robotic applications in machining and 3D printing

MABI robots with a milling spindle can handle the precise machining of a wide range of materials, including aluminum, steel, CFRP, and other composites. They are ideal for the production of molds, fixtures, or prototype models.

The system allows material to be layered robotically to create large objects using 3D printing that would not be possible with conventional methods. Subsequent machining ensures the final shape and surface quality.

During prototype development, life-size models can be milled, which is common practice in the automotive industry, for example, for design verification.

State-of-the-art MABI robotics for machining and additive manufacturing

Thanks to their combination of high payload capacity (up to 200 kg), reach of up to 2.5 m, and expandability with linear axes and rotary swivel tables, MABI robots are the ideal choice for manufacturing companies looking for a reliable and versatile solution for demanding CNC machining and additive manufacturing applications.

MABI Robotic AG is a renowned Swiss manufacturer that has built a strong reputation for developing and manufacturing high-precision industrial robots, linear axes, and rotary swivel tables. It is one of the few companies that combines Swiss engineering tradition with continuous innovation and maximum product quality.

MABI MAX industrial robots offer a combination of extreme path accuracy and exceptional rigidity thanks to the use of secondary encoders on all axes. In conjunction with the Siemens SINUMERIK ONE CNC system, they provide completely new production possibilities.

Robotic applications in machining and 3D printing

MABI robots with a milling spindle can handle the precise machining of a wide range of materials, including aluminum, steel, CFRP, and other composites. They are ideal for the production of molds, fixtures, or prototype models.

The system allows material to be layered robotically to create large objects using 3D printing that would not be possible with conventional methods. Subsequent machining ensures the final shape and surface quality.

During prototype development, life-size models can be milled, which is common practice in the automotive industry, for example, for design verification.

We will prepare a tailor-made solution for you!

SinuCraft is a Czech company founded on decades of experience with the most powerful industrial robotics. We provide our customers with advanced manufacturing technologies ready for Industry 4.0.

Rely on our expertise and get a cost-effective robotic solution for CNC machining or additive manufacturing optimized for your specific project!

Quick question? Call us!
+420 733 133 220

By clicking on the Send button, you confirm that you have read our terms and conditions for the processing of personal data and grant us your consent to contact you with business offers via the email address or telephone number provided. You can modify or revoke this consent at any time.

en_USEnglish
cs_CZČeština en_USEnglish