NONPLANAR-1 To push
printing
further. First industry-ready 5 axis nonplanary 3D printer.

CHANGE THE WAY
YOU CREATE Make industrial-grade prints stronger, faster and more efficient in the comparison with classical 3-axis FDM machines.

Able to print refractory polymers (PEEK, ULTEM).

BUILT FOR
MORE Workspace: ⌀300x700 mm
in multi-axis mode

For your big concepts.

ROBUSTNESS
MATTERS Custom 5-axis
kinematic scheme
along with precision
linear and rotational
drives.

NO COMPROMISES • Nozzle temperature - up to 500°
• Buildplate temperature - up to 150°
• Active chamber temperature - up to
150°
• Water component cooling,
compressed air printed model cooling.
• Full-auto buildplate leveling and
temperture expansion compensation.
• Active ringing compensation.
• Active heated material box.

01

MORE STRENGTH

The strongest direction of the printed part is parallel printed layers. With nonplanary layers can be printed in multiple directions in one printing sequence.

Classic FDM manufacturing

Classic FDM manufacturing

5 axis non-planary manufacturing

5 axis non-planary manufacturing

STRENGTH
Comparison of printed models.
Classic FDM manufacturing - Green Background Example
Classic FDM manufacturing
5 axis non-planary manufacturing - Green Background Example
5 axis non-planary manufacturing
STRENGTH - DIRECTION PLANNING
Turntable and rotating printhead
Turntable and rotating printhead allows to build layers from any point in any time of printing process.
Printhead building reinforcement layers
Printhead builds reinforcement layers that are perpendicular to the main core layers.
02

BETTER GEOMETRY

Features and shapes have the best geometry when printed vertically.
With nonplanary, all the features can be printed in their individual direction.

5 axis non-planary manufacturing - Geometry Example

Classic FDM manufacturing

5 axis non-planary manufacturing

Classic FDM manufacturing - Geometry Example

GEOMETRY

Comparison of printed models.

Classic FDM manufacturing - Geometry Example 2

Classic FDM manufacturing

5 axis non-planary manufacturing - Geometry Example 2

5 axis non-planary manufacturing

03

TIME AND MATERIAL
OPTIMIZATION

No need to waste time and material on support structures - print without them.

5 axis non-planary manufacturing - No Support Structures

Classic FDM manufacturing

5 axis non-planary manufacturing

Classic FDM manufacturing - Support Structures

TIME AND MATERIAL

Comparison of printed models.

5 axis non-planary manufacturing - Material Usage Example

Classic FDM manufacturing

14.5g of material used
48 minutes

5 axis non-planary manufacturing

7g of material used
34 minutes

Classic FDM manufacturing - Material Usage Example
04

BETTER SURFACE QUALITY

The best layer is the top layer. With nonplanary, any surface of the model can be smooth.

Classic FDM manufacturing - Surface Quality

Classic FDM manufacturing

5 axis non-planary manufacturing - Surface Quality

5 axis non-planary manufacturing

GEOMETRY CORE
MANUFACTURING
Machine builds main part geometry
consisting of mainly planar layers.
GEOMETRY CORE
REINFORCEMENT
Machine adds continuous external nonplanar
layers to core surfaces to achieve strength and
final main geometry.
PRINTING FEATURES
Machine prints geometrical features in optimal
directions.
FEATURES
REINFORCEMENT
Machine adds reinforcing material to features
geometry.
SURFACE SMOOTHING
Machine makes smooth "top" planar or nonplanar layers on required
surfaces.
<
>

READY FOR INDUSTRY

Create parts for robotics, aerospace, automotive and other applications –

READY FOR INDUSTRY

– like we already do in Kinetronika.

TRIPLE Z

Fast Z translation and full-auto buildplate calibration.

HARMONIC
DRIVES

Preciese movements of large prints with almost zero backlash

RIGID COREXY

Tailored for multi-axis