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Delta WASP 3MT Concrete - 3D Printer for Concrete/Clay

Ref.: WASP-3MTC

60,335.00 €

Tax excl.

Approximate delivery date: Monday 17 November - Friday 21 November

Financing available through leasing or renting. More information

from 929.00 €/month
(tax not included)

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The Delta 3D industrial printer WASP 3MT CONCRETE redefines the standards of additive manufacturing with concrete mortars, combining large construction volume, versatility, and advanced technology. This machine allows producing architectural structures, urban furniture, prefabricated elements, ceramic coatings, and research projects using cement mortars, fiber-reinforced concrete, clay, porcelain, stoneware, and natural earth-based mixes.

Designed for industrial and innovation environments, its robust metal frame, combined with steel-reinforced belts and special safety panels, ensures precision, durability, and complete safety during each printing process. The MDF work platform and removable front beam facilitate part extraction using pallet trucks or forklifts, optimizing production efficiency.

Video 1: The WASP 3MT CONCRETE 3D printer in operation. Source: WASP

Advanced extrusion technology

The extrusion system of the Delta WASP 3MT CONCRETE integrates a LDM WASP screw extruder and a high-precision mortar pump, allowing printing of materials with particle size up to 30 mm, including fiber-reinforced concrete, clay, porcelain, stoneware, and natural mixes.

There are two main tools configurable depending on project requirements:

LDM WASP Extruder XL: Ideal for detailed, high-quality prints with clay, porcelain, and stoneware, with nozzle diameters of 4, 6, and 8 mm.

LDM WASP Extruder XXL: Optimized for large-scale projects, allowing fast, continuous printing of mortars and earth-based mixes with nozzles from 8 to 30 mm and continuous feeding via mortar pump.

The continuous feeding system includes pressure sensor control, automatically adjusting material flow to ensure optimal extrusion regardless of mortar consistency.

The WASP 3MT CONCRETE 3D printer can print materials with particle size up to 30 mm.

Photo 1: The WASP 3MT CONCRETE 3D printer can print materials with particle size up to 30 mm. Source: WASP

Connectivity and remote control

The printer features WiFi connectivity, allowing remote monitoring and control. Its advanced touch interface with large TFT screen facilitates project management, while the onboard camera enables real-time supervision and print timelapse.

Remote technical support allows direct intervention, ensuring print continuity even during power outages or interruptions, thanks to innovative systems like Resurrection System and Free Z-System, which resume prints from the exact interruption point.

The WASP 3MT CONCRETE printer has a print restart system to resume from the last point in case of power loss.

Photo 2: The WASP 3MT CONCRETE printer has a print restart system to resume from the last point in case of power loss. Source: WASP

Key technical specifications

Build volume: Ø 1000 x h 1000 mm
Max printing speed: 200 mm/s
Travel speed: 200 mm/s
Acceleration: 150 mm/s²
Machine weight: 185 kg
Compatible materials: cement mortars, reinforced concrete, clay, porcelain, stoneware, and fiber-reinforced earth mixes
Power supply: 220/240 V, 50/60 Hz
Motor power: 2200 W

Its aluminum and painted steel structure, combined with metal carriages and steel-core Delrin belts, reduces vibrations and ensures precise printing even for large-scale projects.

The robust structure of the 3MT CONCRETE 3D printer enables precise prints

Photo 3: The robust structure of the 3MT CONCRETE 3D printer enables precise prints. Source: WASP

Professional applications

The Delta WASP 3MT CONCRETE is ideal for:

Construction industry: prefabricated structures, temporary pavilions, urban furniture, and complex architectural elements.
Research centers and universities: material labs and large-scale 3D printing studies.
Architecture studios: urban planning, space design, and decorative elements.
Ceramic industry: coatings, bathroom elements, and decorative porcelain or stoneware pieces.

Its compatibility with Industry 4.0 and CE certification allows advanced automation, ensuring efficiency, safety, and high productivity in professional environments.

The ultimate 3D concrete printing solution

With advanced extrusion systems, smart connectivity, industrial durability, and material flexibility, the Delta WASP 3MT CONCRETE offers maximum 3D printing innovation for architects, engineers, researchers, and construction professionals. Every project can be printed with precision, speed, and continuity, achieving professional finishes and industrial quality in every piece.

Video 2: WASP 3MT CONCRETE extruder in action, printing concrete.

General information
Manufacturer	WASP
Technology	LAM
Certificates	CE

Printer properties
Print volume	Ø 1000 x h 1000 mm
Number of extruders	1
Integrated webcam	✓

Software and connectivity
Software	Windows \| Mac \| Linux \| Simplify3D \| Cura \| SLic3r
Supported files	.stl, .obj, .gcode
Connectivity	USB \| Wifi

Electrical properties
Input	220/240 V

Printing properties
Ambient operating temperature	15-30 ºC
Maximum print speed	200 mm/s

Dimensions and weight
Dimensions	215 cm x 235 cm x 305 mm
Weight	350 Kg

Other
HS Code	8477.5900

Usage Tips for 3D Concrete Printing

Model Design
Design objects with stable interconnections and maximum overhangs of 15° on the vertical plane. Bases should be flat and at least as large as the widest section of the object. Avoid additional supports, as they become integrated into the printed structure.

Recommended Software
For 3D modeling, use programs capable of generating closed objects such as Rhinoceros, Blender, or AutoCAD. For slicing, Simplify3D is recommended, included with the Delta WASP 3MT CONCRETE.

Mixture Preparation
You can use pre-mixed mortar or prepare your own mixtures, ensuring the right consistency for extrusion. For homemade mortars, maintain batches of 40–80 liters with a ratio of water/cement = 0.3 and cement/sand = 0.5.

Components and Fibers
Use CEM 32.5 or 42.5 R cement, river sand with a maximum grain size of 1 mm, additives for viscosity and plasticity, and polymer fibers up to 2 cm to reinforce or control shrinkage. Steel fibers are not recommended.

Environmental Conditions
Maintain the workspace temperature between 25–30°C, preferably in enclosed laboratories with ventilation or partial air conditioning.

Printing Parameters
For cement-based mixtures, use nozzles of 18–30 mm and a layer height of 9–15 mm (layer/nozzle ratio = 0.5). For clay or stoneware mixtures, use nozzles of 8–18 mm. The maximum printable volume is a cylinder 1 m in diameter and 1 m high.

Removal and Cleaning
Once printing is complete, remove the base and the printed object using a pallet jack or forklift. Clean the pumping system with running water, away from the printer and control unit, to prevent damage caused by cement aggressiveness.

Modularity and Assembly
It is possible to assemble 3D printed blocks to create walls, architectural coverings, or sculptures, taking advantage of the precision and complexity this technology offers compared to traditional methods.

Logistical and Operational Requirements
Minimum installation space: 2.5 m x 5.5 m, height 3.60 m. Printing area: 3 m x 4 m, height 3.10 m. The operator must have completed the initial printer training course and understand the safe operation of the pumping system.

Professional Assistance
For support in 3D modeling, slicing optimization, feasibility studies, and material adjustments, contact the filament2print team, which offers specialized consulting in 3D concrete printing.

More Information
The technical data sheet of the 3D concrete printer is available under the Attachments tab.