
ManualFeeding Extruder
1.350 €
LDM (liquid deposition modeling) technology extruder, for 3D printing concrete and geopolymers.
Manual Feeding Extruderis suitable for testing and 3D printingfluid-dense materials such as cement and geopolymers.

ARTISTIC APPLICATIONS
EDUCATION CENTERS
DESIGN STUDIOS

RESEARCH LABORATORY

COMPONENT AND FEATURESManual Feeding Extruder
- Motor
- Connection joint
Hopper with stainless steel mixer
Technopolymer screw- Stainless steel nozzle

The new geopolymer extruder by WASP
WASP Manual Feeding Extruder is suitable for testing and 3D printing with fluid-dense materials such as cement and geopolymers. Easy to assemble and designed to be easily cleaned after each use.
Ease of printing and maintenance
WASP Manual Feeding Extruder consists of a cone with a 2.5L capacity made of stainless steel to allow the use of materials such as cement and geopolymers. Loading is executed manually by pouring the material directly into the cone so you don’t have to stop the process to load new material.
The flow is controlled by a technopolymer screw operated by a 2.1A stepper motor.
To ensure the correct rheology of the material and avoid hardening, a paddle inside the cone continuously mixes the material to be extruded.
There are 6 mm and 8 mm diameter nozzles and plastic nozzles used in silicone guns to be cut at will in the desired diameter.
Compatibility with Delta WASP 40100 Clay and other printers
The extruder is only compatible with Delta WASP 40100 CLAY as stand-alone kit.

PRODUCT TECHNICAL DETAILS *
Technology LDM
Max magnificency 0.5 mm
Nozzle 6 mm, 8 mm
Max consumption 25 W
Voltage fan 12 v
Connector MODU
Structure: aluminum and stainless steel
* the product refers to the extruder only
PHYSICAL DIMENSIONS
Dimensions 25 x 25 x 60 cm
Weight 3 kg
MATERIALS
Cement
Geopolymers
Light cements
Experimental mixtures
COMPATIBLE MACHINES
Delta WASP 40100 Clay
DELIVERY TIME
2 weeks
Tecnologia conforme ad Industria 4.0Modulo Wi-Fi per supporto da remoto
Discover Delta WASP 40100 Claythe perfect printer for Liquid Deposition Modeling technology
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