HybriDX-LT
Hybrid manufacturing technologies
HybriDX-LT-1010
HybriDX-LT-1010
HybriDX-LT-2012
HybriDX-LT-2012
HybriDX-LT
Machine variants
ECO-LT basic machine: Low-vibration portal frame with stationary machining table on a stable substructure. A protective cabin including ceiling element encloses the machine completely. Two versions of equipping the unit and a tool changer with 7 places satisfy most diverse customer requirements.
Printing table
- Table surface heatable up to 150 °C
- Permanent printing plate (surface)
- Base plate from cast aluminium
- Plate milled (level or with grooves)
- Steel bars with fitted and threaded bushes
Extruder
- Plasticising up to 450 °C
- Maximum material output from 8 kg/h to 30 kg/h
- Nozzle diameter from 1 mm to 20 mm
- Subsequent to their fusing in the extruder, a nozzle deposits the fused pellets on the build-plate/printing table in layers.
Milling aggregates
The cardanic 5-axis working head provides for an undercut of up to 46° and can be equipped with different head versions. This permits the high-precision three-dimensional machining of free-form surfaces and contours during and after 3D printing.
Examples of applications
implemented on the HybriDX-LT
Modular clamping devices
Fast, flexible and cost-efficient
The combination of large-format 3D printing and precise CNC machining results in lightweight clamping devices that can be quickly adapted to different component geometries.
The modular design allows flexible reconfiguration for a wide range of industries – from aerospace and automotive to energy and shipbuilding.
Printing time: 7:30 h
Milling time: 4:15 h
Material: PC/ABS GF (40 kg)
Component size: 1,290 × 600 × 180 mm
Laminating molds for CFRP/GFRP components
Fast and precise
Large-format 3D printing with a layer height of 3 mm and a path width of 14 mm, combined with efficient CNC post-processing, provides robust, customized molds for CFRP and GFRP components.
The advantages: drastically reduced delivery times, flexible adaptation to specific geometries, and optimized costs – ideal for aerospace, automotive, shipbuilding, and energy technology.
Milling time: 2:00 h
Material: PLA-Cellulose (40 kg)
Component size: 1,333 × 250 × 336 mm
Suction connector
High-performance component for industry and mobility
Hybrid manufacturing enables the rapid production of precise suction connectors featuring an optimum combination of high stability and low weight.
Ideally suited for demanding applications in aerospace, automotive, marine, and energy technology.
Printing time: 1:00 h
Milling time: 0:15 h
Material: PC/ABS GF (1 kg)
Component size: 252 × 80 × 360 mm
Layer height / Layer width: 1.5 / 8 mm
Clamping device
for CFRP/GFRP post-processing
Hybrid manufacturing produces customized devices that are precisely tailored to the component geometry and impress with their high stability and repeatability.
The advantages: fast availability, cost-efficient production, and maximum process reliability at highest quality.
Printing time: 3:10 h (each side)
Milling time: 3:20 h (each side)
Material: PC/ABS GF (6.6 kg)
Component size: 750 × 450 × 550 mm
Thermoforming tool
for small series of CFRP/GFRP
Additive manufacturing permits load-optimized topologies for maximum stability at reduced weight. Subsequent CNC machining guarantees maximum dimensional accuracy and surface quality – even with complex geometries.
Ideally suited for prototypes, pre-series, and small series in aerospace, automotive, marine, and energy technology. The combination of short cycle times, high precision, and robust material ensures process efficiency and competitive advantages.
Milling time: 6:00 h
Material: PC/ABS GF (30 kg)
Component size: 408 × 408 × 410 mm
Layer height / Layer width: 3 / 14 mm
CFRP laminating mold
for a rear diffuser
Ideal for the reproducible manufacture of CFRP components in prototyping and small series production. Suitable for wet laminate, vacuum, and prepreg processes.
Milling time: 3:00 h
Material: PET-G CF
Component size: 550 × 460 × 160 mm
Layer height / Layer width: 2.5 / 8 mm
Weight: 14.8 kg
Mold
for manufacturing concrete forms
The mold is additively manufactured using LFAM to achieve a near-final contour and then CNC-machined on a Reichenbacher milling machine. Hybrid manufacturing enables complex geometries, short throughput times, and high dimensional accuracy. Designed for industrial use, it ensures reproducible quality in the manufacture of concrete curb molds.
Material: PC-ABS with glass fiber
Layer height / Layer width: 1.5 / 11 mm
Weight: 16.9 kg
