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Power WASP 45 HDP - Pellet Printer

WASP-45HDP

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The Power WASP 45 HDP is a large-format 3D printer designed for industrial and professional production using FGF technology (Fused Granular Fabrication). This pellet 3D printer allows printing at 45 degrees, optimizing the creation of complex geometries and ensuring that each layer adheres perfectly, reducing the need for supports and improving surface quality. Thanks to this innovative approach, large-scale 3D printing achieves a uniform distribution of thermal stresses, minimizing shrinkage and warping, and ensuring durable and precise parts.

Video 1: Presentation of the Power WASP 45 HDP pellet printer. Source: WASP

Advanced Technology and Competitive Advantages

The Power WASP 45 HDP features a HDP XL extruder with continuous pneumatic feeding, FIRECAP system with localized hot chamber, active print bed control, and an industrial smoke extraction unit with HEPA H13 filters. These features allow safe operation with technical and reinforced materials, ensuring a stable, efficient, and professional 3D printing process. Additionally, the printer includes end-of-material sensors and an online pellet drying system, ensuring uninterrupted production and maintaining industrial-quality parts.

Printing at 45 degrees not only reduces the need for supports but also optimizes the use of 3D printing pellets, improves force distribution in large-volume parts, and enables the creation of geometries impossible with other technologies. This combination of technical innovation and energy efficiency makes the Power WASP 45 HDP a leading solution in professional and large-scale 3D printers.

The Power WASP 45 HDP includes an industrial smoke system, end-of-material sensors, and a pellet dryer.

Photo 1: The Power WASP 45 HDP includes an industrial smoke system, end-of-material sensors, and a pellet dryer. Source: WASP

Technical Specifications

The print volume of the Power WASP 45 HDP allows for the production of large parts in a controlled space. The printer offers a massive printing area of up to 1100 mm wide, 1500 mm long, and 1000 mm high, with the possibility to print parts up to 2000 mm in length. Its nozzle has a 3 mm diameter (optional 5 mm), and the layer resolution ranges from 0.5 to 3 mm.

The Power WASP 45 HDP can reach printing and travel speeds of up to 100 mm per second, with a maximum hotend temperature of 350 °C and a chamber temperature of 150 °C. The printer measures 473 x 246 x 260 cm and weighs 1000 kg, requiring a minimum installation space of 620 x 390 x 300 cm and a packaged weight of 1800 kg. Connectivity includes WiFi, LAN, and USB, while the interface features a 7-inch TFT touchscreen and RGB LED bar, making project control and monitoring easy. Thanks to its enclosed chamber, printing occurs in a stable environment that ensures high-quality parts, minimizing deformations and guaranteeing perfect layer adhesion.

The Power WASP 45 HDP allows printing parts up to 2000 mm in length.

Photo 2: The Power WASP 45 HDP allows printing parts up to 2000 mm in length. Source: WASP

Material Compatibility and Production Efficiency

The Power WASP 45 HDP is compatible with a wide range of 3D printing pellets, including PLA, ABS, PETG, PP, ASA, recycled PLA, as well as composite materials like PLA wood and PLASMIX. Pellets are up to ten times more economical than traditional filaments, allowing for reduced costs and production time, especially in large-scale projects and industrial applications. The printer is ideal for producing technical parts, molds, custom furniture, large-format sculptures, and specialized components for sectors such as aeronautics, automotive, and advanced manufacturing.

The Power WASP 45 HDP pellet 3D printer allows printing at 45 degrees, eliminating the need for supports.

Photo 3: The Power WASP 45 HDP pellet 3D printer allows printing at 45 degrees, eliminating the need for supports. Source: WASP

Professional Applications and the Nautical Sector

In the nautical sector, the Power WASP 45 HDP is used to produce molds and custom components for boats, optimizing efficiency and reducing environmental impact. Thanks to its large print volume, it is possible to produce hull molds and structures directly without intermediate models or traditional milling processes. This approach significantly reduces costs, production time, and material usage while improving precision, watertightness, and strength of the parts.

In art and sculpture, this large-scale 3D printer allows creating art installations, monumental sculptures, and decorative architectural structures with industrial precision. For design and furniture, it enables the production of customized furniture, surfaces, and urban elements, while in the technical industry, it produces specialized components that meet the highest standards of quality and durability.

Nautical Success Story

The Polimi Sailing Team used the Power WASP 45 HDP to develop an innovative hull for the Sumoth Challenge, a European competition promoting sustainable and efficient vessels. Thanks to the pellet 3D printer, the team printed the hull mold directly, eliminating traditional milling processes and significantly reducing costs and production time. 3D printing enabled the creation of complex geometries that optimize thermal resistance and watertightness. With the support of 50 students, the prototype “Febe” won the competition, demonstrating how professional large-scale 3D printing can drive innovation and sustainability in the nautical sector.

Video 2: The Polimi Sailing Team collaborated with WASP to create an innovative hull for the European Sumoth Challenge, promoting efficient and sustainable sailing vessels, printing the hull mold directly with the Power WASP 45 HDP, reducing costs, production time, and material consumption by eliminating less sustainable traditional processes. Source: WASP

Software and Industry 4.0 Connectivity

The printer includes IdeaMaker as slicing software and is compatible with Cura and AiSync, supporting STL, OBJ, and GCODE files on Windows, Mac, and Linux systems. WiFi and LAN connectivity allow remote monitoring and production control. Its advanced touchscreen interface, CE certification, and Industry 4.0 compatibility ensure a professional, safe, and efficient working environment.

Professional 3D Printing Without Limits

The Power WASP 45 HDP combines a massive print volume, high-definition 3D printing, energy efficiency, and compatibility with technical and recycled materials. This industrial printer is the ideal solution for professionals seeking large-scale 3D printing, cost reduction, productivity, and sustainability in industrial, artistic, and design projects.

Boat printed with the large-format Power WASP 45 HDP printer

Photo 4: Boat printed with the large-format Power WASP 45 HDP printer. Source: WASP

General information

Manufacturer WASP
Technology FGF

Printer properties

Nozzle diameter [Included] 3 mm | [Optional] 5 mm

Software and connectivity

Connectivity WiFi | LAN | USB

Printing properties

Print volume [Box] W1100 mm x L1500 mm x H1000 | [Max Lenght] W1100 mm x L2000 mm x H500 mm

Dimensions and weight

Dimensions 473 x 246 x 260 mm
Weight 1000 Kg
Package weight 1800 Kg

Other

HS Code 8477.5900

Verify that the installation environment allows for the required volume: the machine offers a printing volume of up to approximately W 1100 × L 1500 × H 1000 mm (or up to L 2000 mm depending on configuration).

Ensure compressed air supply according to specifications: ~8 bar and a tank of at least 100 L with 8 mm tubing are required for pneumatic pellet feeding.

Maintain chamber and hot-end temperature as specified: hot-end up to ~350 °C, chamber up to ~150 °C to ensure proper adhesion and processing of technical materials.

Check that the Active Vacuum system and “FIRECAP” technology are operational: these systems help control interlayer adhesion and improve structural quality.

Select the correct nozzle diameter and layer resolution: for example, standard 3 mm nozzle (optional 5 mm) with layer height between 0.5–3 mm depending on material and geometry.

Confirm material compatibility: the machine accepts standard, technical, or recycled pellets (PLA, ABS, PETG, PP, ASA) as well as filled materials such as ABS-GF.

Verify the fume extraction and filtration system: for large volumes and technical materials, an industrial fume extraction unit with HEPA H13 filter is essential.

Perform regular maintenance and cleaning of the pellet feeding system, XL extruder, and enclosed chamber to prevent heat buildup, deposits, or material degradation.

Plan part geometry considering printing inclination: although a 45° angle minimizes support needs, some geometries may require special orientation to ensure strength and accuracy.

Evaluate workspace logistics: the machine has physical dimensions of approximately L 4730 × W 2460 × H 2600 mm (or larger) and weighs around 1000 kg. It requires free space for installation and maintenance.

Maintain the ideal operating ambient temperature: approximately 15–30 °C to ensure process stability.

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