CyBe Construction CyBe R — official product imageConcrete extrusionManufacturer image: CyBe Construction

CyBe R

Concrete extrusionIndustrialCatalog listing sourced

Stationary robot for concrete deposition.

Official product

Source reviews: 2026-10-16.
Specifications are reported claims, not independent test results.

The machine at a glance

The details that matter.

Published specifications for this model. Follow a field's source for its configuration and measurement conditions; older fields refer to the profile's reference list.

Core specifications for CyBe Construction CyBe R
Introduction yearNot verified
Model familyNot verified
ProcessConcrete extrusion
Build envelope (X × Y × Z)Not verified
Nominal box volumeNot verified
EnclosureNot verified
Materials cited in this profilePrintable mortar
Manufacturer listing statusManufacturer documentation verified; availability not established
Regional stock and priceCheck the manufacturer
Market groupingIndustrial · editorial grouping

Technical specifications

Additional technical specifications for CyBe R
Robot BrandABB
Base ConfigurationFixed floor-mounted robot
Material FeedMix-pump and concrete hose
Control SoftwareCyBe software
Slicing SoftwareCyBe CHYSEL
Operator TrainingTraining for four operators included
Model notes · 01

Machine arrangement

The ABB arm is fixed to a metal frame secured to the floor, intended for testing and precast work.

Model notes · 02

Concrete workflow

The supplied mix-pump delivers CyBe mortar to the printhead. Reach depends on robot position and the installed base or track, rather than a universal rectangular build box.

A place in the lineage

Explore the model family.

Introduction year has not been established from the reviewed source.

Explore CyBe Construction through the generations

Read this with the specifications

Robot and track configurations have reach-dependent envelopes; no Cartesian build box is inferred.

A larger nominal envelope does not establish better print quality. Fit depends on the configuration, usable area, supports, and orientation.