• FIRECAP SYSTEM® is a groundbreaking solution in 3D printing that uses a localized heating chamber to enhance the printing process.
  By focusing heat exclusively on the layers being printed, FIRECAP allows for more precise control over the material, improving adhesion between layers and ensuring consistent surface quality. This targeted heating approach is especially beneficial for processing high-performance and recycled materials that require specific thermal conditions.
  In addition to optimizing material performance, the system helps to reduce energy consumption, as it minimizes the need to heat the entire build volume. Furthermore, FIRECAP reduces internal stresses within the printed part, preventing issues such as warping or delamination in large-format prints.
  The technology also enables faster production times, as the controlled environment facilitates smoother transitions between printing phases, all while maintaining sustainability and cost-efficiency in industrial applications. a moving hot chamber system installed on the effector, capable of reaching 200°C.
  The FIRECAP SYSTEM® exploits all the heat by introducing it only where necessary, that is, in the highest layers, this allows optimal infra-layer adhesion and excellent surface quality on technical and recycled materials also, whilst reducing energy consumption.
• Massive Enclosed Print Area A completely isolated environment that enables the creation of large pieces in high-definition up to 2 meters in length.
• No More Need For Supports Printing at a 45-degree angle minimizes overhangs, allowing layers to self-support, reducing material use, and improving surface quality.
• Significantly Less Shrinkage 45-degree printing reduces shrinkage by distributing cooling stresses evenly, allowing faster heat dissipation and minimizing warping.
• Fume Extraction Unit Print technical materials safely thanks to the new Industrial grade fume extraction unit equipped with HEPA H13 filters.
• In-line Control Pellet Drying.

DIMENSIONS
Printer dimensions L473 x W246 x H260 cm
Weight 1000 kg
Minimum space for on-site assembly L620 x W390 x H300 cm
Weight with packaging 1800 kg

3D PRINTING INFORMATIONS

Print volume
BOX= W1100 mm x L1500 mm x H1000 mm
MAX LENGHT= W1100 mm x L2000 mm x H500 mm

Nozzle diameter 3mm, optional 5 mm
Layer resolution Min 0,5 – Max 3 mm
Print speed  up to 100mm/s
Travel speed up to 100mm/s
Connectivity WiFi, LAN, USB
Hotend temperature Max 350 °C
Chamber temperature Max 150 °C

SOFTWARE

Supplied slicing software IdeaMaker
Supported slicing software Cura, AiSync (WIP)
File type .stl, .obj, .gcode
Supported OS Windows, Mac, Linux

OFFICIAL WASP PELLETS

PLA Pellet WASP
ABS Pellet WASP

100% RECYCLED pellets *

PLA pellet 100% recycled
PET pellet 100% recycled
PP pellet 100% recycled

COMPATIBLE MATERIALS *

PLA wood pellet
ASA pellet
PLASMIX pellet

* The materials classified as ‘compatible’ have been successfully tested and printed by our machines. Considering the diversity of these variants, to ensure their full compatibility, WASP offers a testing service to verify their functionality. For any questions or research interest in new experimental materials, please feel free to contact us.

INTERFACE
New GUI 7-inch TFT touch screen display
60 LED RGB bar

POWER  AND COMPRESSED AIR REQUIREMENTS
Input 220/240V 50/60 Hz (110V available)
Power consumption Max 3 Kw
Average power consumption 1,5 Kw
Compressed air 8 bar, 100 L/min. tank, 8m pipe

TEMPERATURE
Use 15-30° C
Storage 0-30° C

3D printing offers significant advantages over traditional manufacturing methods:

• Customization: allows you to create tailor-made objects, adapted to the specific needs of customers, even in large numbers.
• Computational design: allows you to print intricate geometries that are difficult to create with traditional methods
• On-demand manufacturing: Reduces the risk of inventory overload and material waste
• Rapid Prototyping: You can create low-cost prototypes to test ideas efficiently.

Printing at a 45-degree angle offers numerous advantages, including greater mechanical strength and improved force distribution.

It minimizes overhangs, allowing layers to self-support, which reduces material usage and enhances surface quality. Additionally, it helps reduce shrinkage by evenly distributing cooling stresses, enabling faster heat dissipation and minimizing warping.

This approach makes it possible to print massive pieces with sizes and geometries that would be unachievable using a traditional Cartesian or delta kinematics printer. It is especially useful when working with geometries featuring many empty spaces and overhangs that would normally require supports to be realized. Furthermore, by performing retractions and operating in a controlled environment, POWER WASP 45 HDP enables the creation of highly complex pieces using technical materials that would not be achievable with robotic arms.

Due to its 45-degree angle, the print volume of the POWER WASP 45 HDP is not a simple cube, but rather a combination of a rectangular prism and a right trapezoidal prism.

This can be better visualized in the drawing below.

Because of this shape, the maximum length of the piece you want to print depends on its height, and vice versa. For example, if you want to print a 2-meter long piece, you need to consider that after 1.5 meters, the maximum height gradually decreases from 1 meter to 0.5 meters as you reach the 2-meter mark.

• POWER WASP 45 HDP is ideal for large-scale 3D printing of massive, complex pieces up to 2 meters in length. With its spacious enclosed print area and compatibility with a wide range of materials, including reinforced ones, it’s perfect for various manufacturing industries, including the nautical sector and the design field.
• WASP 3MT HDP is optimized for large-scale 3D printing, capable of creating objects up to 1 meter in diameter and height. Its extensive print volume and compatibility with various technical and recycled materials make it perfect for applications in manufacturing, furniture, and large artistic installations.
• WASP 60100 HDP is ideal for specialized industries and the medical sector, featuring an advanced extrusion system for high-tech materials, including flexible ones.
• WASP 4070 HDP is a compact, versatile professional printer suitable for industry and material research, designed for easy mobility and quiet operation in offices and labs.

To determine if a pellet is suitable for 3D printing, it is crucial to evaluate several factors, including processing temperatures and the characteristics of the pellet itself.

PROCESSING TEMPERATURES:
The first consideration concerns the processing temperatures. Each material requires specific temperatures to be printed effectively. For example, polycarbonate (PC) requires printing temperatures around 300°C.  It is important to ensure that the 3D printer is able to reach and maintain these temperatures. If the required temperatures are very high, it may be necessary to use a printer specifically designed for such materials.

PELLET SIZE & SHAPE:
The size of the pellet is crucial. Pellets that are too large, usually larger than 3-4 mm, are not suitable for 3D printing. Additionally, it is important to consider the shape of the pellet – sharp or uneven surfaces can cause problems during extrusion and printing.

HOMOGENEITY OF PELLET SIZE:
Consistency in the size of the pellets is important. Significant differences in size can cause power problems and blockages in the printer extruder.

PRESENCE OF FIBER:
If the pellet contains fiber (such as reinforcing fibers), its concentration must be assessed. If too high (over 15%, for example) it can make the material too rigid and difficult to print. In addition, it is important to check the compatibility of the fiber with the polymer matrix to avoid adhesion issues between the printed parts.

MANUFACTURER RECOMMENDATIONS: Some 3D printer manufacturers, such as WASP, provide specific recommendations on materials and brands that can be used with their machines. It’s always a good practice to go through these compatibility lists to make sure the pellets are suitable for your printer.

SPECIALIZED CONSULTATIONS: In the case of particular materials or if you have doubts about the printability of a specific pellet, it is possible to seek specialized advice. Experts in the 3D printing industry can provide specific information on material compatibility and offer customized solutions for your printing needs.

In summary, choosing pellets for 3D printing requires careful evaluation of the requirements for temperature, size, shape, fiber content, and manufacturer’s recommendations. Consultation with industry experts can be invaluable when working with particular or complex materials.

All 3D-printers built by WASP S.r.l. are covered by 24 months legal Warranty for private clients and 12 months for Companies/Societies with regular VAT number for lack of conformity, pursuant to Legislative Decree no. 206/2005 (Consumer Code).
If during the period of Warranty validity, defective functioning or faulty parts of the machine ( the ones listed in the Warranty document) occur, WASP S.r.l., after the due examination,  will provide to repair or replace the defective parts. All defective parts under Warranty, are repaired or replaced by WASP S.r.l. free of charge.
Transport and /or shipping costs are always borne by the Customer, as well as the outward and return travel costs related to the intervention of the WASP technicians, at the Customer's site. However WASP S.r.l. will evaluate the charge case by case.
Labor costs related to the intervention of the WASP technicians at the Customer's premises for removing defects under warranty, except in cases where the nature of the defect is such that it can easily be removed on site by the Customer, are bore by WASP  S.r.l..
To take advantage of the Assistance, the Customer must keep the invoice (or Delivery Note) received together with the purchased goods.
If, following intervention by our Technical Service, the WASP technicians finds no lack of conformity pursuant to Legislative Decree no. 206/2005 (Consumer Code), the Customer will be charged for any diagnosis and verification costs, in addition to the restoration if requested by the Assistance, as well as the transport costs if incurred by WASP S.r.l.. In case of transport troubles of the machines, where the technician’s intervention is required, any warranties are to be considered EXW MASSA LOMBARDA.
Attention: the packaging should be the original one, penalty forfeiture of the Warranty

• Active hot chamber Guarantees temperature uniformity throughout the printing process, improving mechanical performance of the printed part. 

• Network connectivity  Enables remote use via LAN and WIFI with Octoprint, or with USB stick. 

• Interface 7-inch TFT touch screen display and 60 LED RGB bar. 

• Automatic levelling  Automatic buildplate leveling with MESH system. 

• Pneumatic material loading  Intelligent pressurized material transport system to the extruder body, controlled by a capacitive sensor. 

• Interchangeable printing plates VAC (Vacuum Active Control) vacuum retention system with automatic release of the plate at the end of printing. 

• On-board camera Allows remote print job monitoring and timelapse. 

• Resurrection System The system automatically recovers interrupted prints in case of accidental shutdown or blackouts. 

• Free Zeta System: allows to measure at which height the print has interrupted and restart from there. 

DIMENSIONS
Printer dimensions 85 cm x 77 cm x 215 cm
Printer weight 95 kg
Packaging dimensions 100 cm x 100 cm x 230 cm
Weight with packaging 200 kg

PRINTING PROPERTIES
Technology FGF (Fused Granular Fabrication)
Print volume Ø 400 x h 600 mm
Max output: 350 g/h
Nozzle diameter 1 mm
Pellet size max Ø 3mm x 3mm
Layer resolution 200 – 500 micron
Print speed  max 150 mm/s
Travel speed 250 mm/s
Connectivity WiFi, LAN, USB port
Hotend temperature Max 280°C
Bed temperature Max 120°C
Chamber temperature Max 50°C

SOFTWARE

Supplied slicing software  licenza Simplify3D® inclusa. Compatibile con i sistemi operativi Windows, Mac e Linux. Supporta i formati di file STL, OBJ e 3MF
Supported slicing software  Cura, Slic3r
File type  .stl, .obj, .gcode
Supported OS  Windows, Mac, Linux
Remote control Octoprint

FEATURES

Remote assistance WASP technicians can, if necessary, intervene with remote control

EXTRUDERS

HDP Extruder Pneumatically loaded HDP extruder capable of extruding standard, technical and recycled thermoplastics. A capacitive sensor placed on the extruder body detects the presence of material and independently requests it from the main 5-liter tank located on the side of the printer, interrupting the process in case the material runs out. The main tank is equipped with a pressure regulator with oil/water separation tank. Customer requirement for the operation of the pneumatic loading system is a compressor of at least 6 bar and 10L capacity, with 8mm outlet pipe. The HDP extruder allows the use of materials up to 280 ° C.

OFFICIALS

Pellet PLA WASP
Pellet ABS WASP
Pellet PP WASP

RECYCLED

Pellet PLA 100% recycled
Pellet PET 100% recycled
Pellet PLASMIX
Pellet PP 100% recycled

COMPATIBLES

Pellet PLA wood
Pellet ASA
Pellet TPU

The HDP extruder is not an interchangeable component and cannot be integrated in any way into previous printers, but has been specially developed for this model. 

Included with the machine, you will find an Online Course that will guide you in setting up, using and maintaining not only your 3D printer, but also additional printing tools.

INTERFACE
New GUI 7-inch TFT touch screen display
60 LED RGB bar

POWER  AND COMPRESSED AIR REQUIREMENTS
Input 220/240 V 50/60 Hz (110 V su richiesta)
Assorbed power Max 3 Kw
Air compressor 8 bar, 10 L min. tank, 8mm pipe
Input 220/240 V 50/60 Hz (110V available)

TEMPERATURA
Use 15-30° C
Storage 0-30° C

MATERIAL INCLUDED

5 kg ABS WASP
1 pcs nozzle 1 mm
3 pcs ABS printing plates 2 mm
3 pcs vacuum plate gaskets
Simplify 3D software license
USB drive
Dimafix glue

DELIVERY TIME

At your warehouse in 4 weeks

3D printing offers significant advantages over traditional manufacturing methods:

• Customization: allows you to create tailor-made objects, adapted to the specific needs of customers, even in large numbers.
• Computational design: allows you to print intricate geometries that are difficult to create with traditional methods
• On-demand manufacturing: Reduces the risk of inventory overload and material waste
• Rapid Prototyping: You can create low-cost prototypes to test ideas efficiently.

The choice between a Delta printer and a Cartesian printer depends on your specific needs regarding speed, precision, print area, and budget. Delta and Cartesian 3D printers have distinctive mechanisms and features that influence the choice between the two. Here’s a comparison to help you understand why a Delta printer might be the right choice for you.

Delta printers are ideal for those seeking high performance and quality, offering fast speeds, precision, and an extended vertical print area. They are easy to assemble, and while initial costs may be higher, they require less maintenance over time.

• POWER WASP 45 HDP is ideal for large-scale 3D printing of massive, complex pieces up to 2 meters in length. With its spacious enclosed print area and compatibility with a wide range of materials, including reinforced ones, it’s perfect for various manufacturing industries, including the nautical sector and the design field.
• WASP 3MT HDP is optimized for large-scale 3D printing, capable of creating objects up to 1 meter in diameter and height. Its extensive print volume and compatibility with various technical and recycled materials make it perfect for applications in manufacturing, furniture, and large artistic installations.
• WASP 60100 HDP is ideal for specialized industries and the medical sector, featuring an advanced extrusion system for high-tech materials, including flexible ones.
• WASP 4070 HDP is a compact, versatile professional printer suitable for industry and material research, designed for easy mobility and quiet operation in offices and labs.

To determine if a pellet is suitable for 3D printing, it is crucial to evaluate several factors, including processing temperatures and the characteristics of the pellet itself.

PROCESSING TEMPERATURES:
The first consideration concerns the processing temperatures. Each material requires specific temperatures to be printed effectively. For example, polycarbonate (PC) requires printing temperatures around 300°C.  It is important to ensure that the 3D printer is able to reach and maintain these temperatures. If the required temperatures are very high, it may be necessary to use a printer specifically designed for such materials.

PELLET SIZE & SHAPE:
The size of the pellet is crucial. Pellets that are too large, usually larger than 3-4 mm, are not suitable for 3D printing. Additionally, it is important to consider the shape of the pellet – sharp or uneven surfaces can cause problems during extrusion and printing.

HOMOGENEITY OF PELLET SIZE:
Consistency in the size of the pellets is important. Significant differences in size can cause power problems and blockages in the printer extruder.

PRESENCE OF FIBER:
If the pellet contains fiber (such as reinforcing fibers), its concentration must be assessed. If too high (over 15%, for example) it can make the material too rigid and difficult to print. In addition, it is important to check the compatibility of the fiber with the polymer matrix to avoid adhesion issues between the printed parts.

MANUFACTURER RECOMMENDATIONS: Some 3D printer manufacturers, such as WASP, provide specific recommendations on materials and brands that can be used with their machines. It’s always a good practice to go through these compatibility lists to make sure the pellets are suitable for your printer.

SPECIALIZED CONSULTATIONS: In the case of particular materials or if you have doubts about the printability of a specific pellet, it is possible to seek specialized advice. Experts in the 3D printing industry can provide specific information on material compatibility and offer customized solutions for your printing needs.

In summary, choosing pellets for 3D printing requires careful evaluation of the requirements for temperature, size, shape, fiber content, and manufacturer’s recommendations. Consultation with industry experts can be invaluable when working with particular or complex materials.

All 3D-printers built by WASP S.r.l. are covered by 24 months legal Warranty for private clients and 12 months for Companies/Societies with regular VAT number for lack of conformity, pursuant to Legislative Decree no. 206/2005 (Consumer Code).
If during the period of Warranty validity, defective functioning or faulty parts of the machine ( the ones listed in the Warranty document) occur, WASP S.r.l., after the due examination,  will provide to repair or replace the defective parts. All defective parts under Warranty, are repaired or replaced by WASP S.r.l. free of charge.
Transport and /or shipping costs are always borne by the Customer, as well as the outward and return travel costs related to the intervention of the WASP technicians, at the Customer's site. However WASP S.r.l. will evaluate the charge case by case.
Labor costs related to the intervention of the WASP technicians at the Customer's premises for removing defects under warranty, except in cases where the nature of the defect is such that it can easily be removed on site by the Customer, are bore by WASP  S.r.l..
To take advantage of the Assistance, the Customer must keep the invoice (or Delivery Note) received together with the purchased goods.
If, following intervention by our Technical Service, the WASP technicians finds no lack of conformity pursuant to Legislative Decree no. 206/2005 (Consumer Code), the Customer will be charged for any diagnosis and verification costs, in addition to the restoration if requested by the Assistance, as well as the transport costs if incurred by WASP S.r.l.. In case of transport troubles of the machines, where the technician’s intervention is required, any warranties are to be considered EXW MASSA LOMBARDA.
Attention: the packaging should be the original one, penalty forfeiture of the Warranty

• FIRECAP SYSTEM® is a groundbreaking solution in 3D printing that uses a localized heating chamber to enhance the printing process.
  By focusing heat exclusively on the layers being printed, FIRECAP allows for more precise control over the material, improving adhesion between layers and ensuring consistent surface quality. This targeted heating approach is especially beneficial for processing high-performance and recycled materials that require specific thermal conditions.
  In addition to optimizing material performance, the system helps to reduce energy consumption, as it minimizes the need to heat the entire build volume. Furthermore, FIRECAP reduces internal stresses within the printed part, preventing issues such as warping or delamination in large-format prints.
  The technology also enables faster production times, as the controlled environment facilitates smoother transitions between printing phases, all while maintaining sustainability and cost-efficiency in industrial applications. a moving hot chamber system installed on the effector, capable of reaching 200°C.
  The FIRECAP SYSTEM® exploits all the heat by introducing it only where necessary, that is, in the highest layers, this allows optimal infra-layer adhesion and excellent surface quality on technical and recycled materials also, whilst reducing energy consumption.
•  HDP (High-Definition Pellet) extruder: prints directly from granules, reduces the cost of the material up to 1/10 compared to the corresponding filament. It allows you to use a greater variety of materials and decreases printing times.
• Water cooling system: the extruder core is cooled by fresh water allowing the printing of high temperature polymers.
• Automatic levelling: automatic buildplate levelling with MESH system. 
• Pneumatic continuous feeding: automatically loads the material into the extruder from the main tank using a positive pressure conveying system.
• Industrial grade fume extraction unit: The high-quality HEPA H13 filters clean the air from hazardous vapors, particles and smells during printing.
• End material sensor: recognizes when the material is over and pauses the printing process.
• Network connectivity: enables remote use via LAN and WIFI with Octoprint, or with USB stick.
• Interface: 7-inch TFT touch screen display and LED RGB bar.
• Interchangeable printing plates: VAC (Vacuum Active Control) vacuum retention system with automatic release of the plate at the end of printing.
• On-board camera: allows remote print job monitoring and timelapse. 
• Resurrection and Free Zeta System With the Resurrection System you can save your print job and resume it in the event of a power failure. With the Free Zeta System the machine measures the height at which printing is interrupted and restarts from there.

DIMENSIONS
Printer dimensions 109 x 100 x  255 cm
Printer weight 300 kg
Packaging in wooden crates for national/international shipping 310 x 132 x 149 cm
Weight with packaging 650 kg

3D PRINTING INFORMATIONS
FGF Technology (Fused Granular Fabrication)
Print volume Ø 600mm x h 1000mm
Max output 500g/h
Nozzle diameter 1mm / 2mm
Pellet used Max Ø 3mm x 3mm
Pellet tank capacity 35L
Layer resolution from 0,1mm  to 1,5mm
Print speed 200mm/s
Travel speed 300 mm/s
Connectivity WiFi, LAN, USB port
Hotend temperature Max 500°C
Chamber temperature Max 200°C
Plate temperature Max 120°C

SOFTWARE

Official Slicing: Simplify3D® license included. Works with Windows, Mac, and Linux operating systems. Supports STL, OBJ and 3MF file formats.
Compatible Slicing: Cura, Slic3r, AiSync
File type .stl, .obj, .gcode
Supported OS Windows, Mac, Linux

FEATURES

Gcode analyzer gcode error checking system
Auto check automatic error recognition routine
Remote intervention WASP technicians can work from remote on your board in case of issues
32 bit board  fast, stable and strong

OFFICIAL WASP PELLETS Ø 2-6 mm

Pellet PLA WASP
Pellet ABS WASP

TECHNICAL COMPATIBLE MATERIALS *

Pellet ASA
Pellet PP
Pellet TPU
Pellet PEEK
Pellet PC
PPS
MIM metals
CIM ceramics

SUSTAINABLE COMPATIBLE MATERIALS *

Pellet PLA wood
Pellet PLASMIX
Other natural fibers or recycled pellet materials

* The materials classified as ‘compatible’ have been successfully tested and printed by our machines. Considering the diversity of these variants, to ensure their full compatibility, WASP offers a testing service to verify their functionality. For any questions or research interest in new experimental materials, please feel free to contact us.

Included with the machine, you will find an Online Course that will guide you in setting up, using and maintaining not only your 3D printer, but also additional printing tools.

INTERFACE
New GUI 7-inch TFT touch screen display
60 LED RGB bar

POWER  AND COMPRESSED AIR REQUIREMENTS
Input 220/240 V 50/60 Hz (110V available)
Absorbed power Max 3,5Kw
Average power 1Kw
Air compressor 8 bar, 50L/min. tank, 6×8 mm pipe (compressor NOT included)

TEMPERATURE
Use 15-30° C
Storage 0-30° C

INCLUDED MATERIAL
Pellet PLA WASP 25 kg
Nozzles kit HDP extruder 1mm / 2mm
Printing plate for PLA x 3
Printing plate for PP x1
Printing plate for PEI x1
Guarnizioni per sottovuoto x2
Simplify3D® slicing software (license included)
Pen drive
Cleaning kit
Professional fume extractor

OPTIONALS
Silenced air compressor 6 L, 8 bar, 105 L/min.
NOTE: all the optionals must be purchased with the order, none of them can be ordered separately.

DELIVERY TIME
At your warehouse in 6 weeks

3D printing offers significant advantages over traditional manufacturing methods:

• Customization: allows you to create tailor-made objects, adapted to the specific needs of customers, even in large numbers.
• Computational design: allows you to print intricate geometries that are difficult to create with traditional methods
• On-demand manufacturing: Reduces the risk of inventory overload and material waste
• Rapid Prototyping: You can create low-cost prototypes to test ideas efficiently.

The choice between a Delta printer and a Cartesian printer depends on your specific needs regarding speed, precision, print area, and budget. Delta and Cartesian 3D printers have distinctive mechanisms and features that influence the choice between the two. Here’s a comparison to help you understand why a Delta printer might be the right choice for you.

Delta printers are ideal for those seeking high performance and quality, offering fast speeds, precision, and an extended vertical print area. They are easy to assemble, and while initial costs may be higher, they require less maintenance over time.

• POWER WASP 45 HDP is ideal for large-scale 3D printing of massive, complex pieces up to 2 meters in length. With its spacious enclosed print area and compatibility with a wide range of materials, including reinforced ones, it’s perfect for various manufacturing industries, including the nautical sector and the design field.
• WASP 3MT HDP is optimized for large-scale 3D printing, capable of creating objects up to 1 meter in diameter and height. Its extensive print volume and compatibility with various technical and recycled materials make it perfect for applications in manufacturing, furniture, and large artistic installations.
• WASP 60100 HDP is ideal for specialized industries and the medical sector, featuring an advanced extrusion system for high-tech materials, including flexible ones.
• WASP 4070 HDP is a compact, versatile professional printer suitable for industry and material research, designed for easy mobility and quiet operation in offices and labs.

To determine if a pellet is suitable for 3D printing, it is crucial to evaluate several factors, including processing temperatures and the characteristics of the pellet itself.

PROCESSING TEMPERATURES:
The first consideration concerns the processing temperatures. Each material requires specific temperatures to be printed effectively. For example, polycarbonate (PC) requires printing temperatures around 300°C.  It is important to ensure that the 3D printer is able to reach and maintain these temperatures. If the required temperatures are very high, it may be necessary to use a printer specifically designed for such materials.

PELLET SIZE & SHAPE:
The size of the pellet is crucial. Pellets that are too large, usually larger than 3-4 mm, are not suitable for 3D printing. Additionally, it is important to consider the shape of the pellet – sharp or uneven surfaces can cause problems during extrusion and printing.

HOMOGENEITY OF PELLET SIZE:
Consistency in the size of the pellets is important. Significant differences in size can cause power problems and blockages in the printer extruder.

PRESENCE OF FIBER:
If the pellet contains fiber (such as reinforcing fibers), its concentration must be assessed. If too high (over 15%, for example) it can make the material too rigid and difficult to print. In addition, it is important to check the compatibility of the fiber with the polymer matrix to avoid adhesion issues between the printed parts.

MANUFACTURER RECOMMENDATIONS: Some 3D printer manufacturers, such as WASP, provide specific recommendations on materials and brands that can be used with their machines. It’s always a good practice to go through these compatibility lists to make sure the pellets are suitable for your printer.

SPECIALIZED CONSULTATIONS: In the case of particular materials or if you have doubts about the printability of a specific pellet, it is possible to seek specialized advice. Experts in the 3D printing industry can provide specific information on material compatibility and offer customized solutions for your printing needs.

In summary, choosing pellets for 3D printing requires careful evaluation of the requirements for temperature, size, shape, fiber content, and manufacturer’s recommendations. Consultation with industry experts can be invaluable when working with particular or complex materials.

All 3D-printers built by WASP S.r.l. are covered by 24 months legal Warranty for private clients and 12 months for Companies/Societies with regular VAT number for lack of conformity, pursuant to Legislative Decree no. 206/2005 (Consumer Code).
If during the period of Warranty validity, defective functioning or faulty parts of the machine ( the ones listed in the Warranty document) occur, WASP S.r.l., after the due examination,  will provide to repair or replace the defective parts. All defective parts under Warranty, are repaired or replaced by WASP S.r.l. free of charge.
Transport and /or shipping costs are always borne by the Customer, as well as the outward and return travel costs related to the intervention of the WASP technicians, at the Customer's site. However WASP S.r.l. will evaluate the charge case by case.
Labor costs related to the intervention of the WASP technicians at the Customer's premises for removing defects under warranty, except in cases where the nature of the defect is such that it can easily be removed on site by the Customer, are bore by WASP  S.r.l..
To take advantage of the Assistance, the Customer must keep the invoice (or Delivery Note) received together with the purchased goods.
If, following intervention by our Technical Service, the WASP technicians finds no lack of conformity pursuant to Legislative Decree no. 206/2005 (Consumer Code), the Customer will be charged for any diagnosis and verification costs, in addition to the restoration if requested by the Assistance, as well as the transport costs if incurred by WASP S.r.l.. In case of transport troubles of the machines, where the technician’s intervention is required, any warranties are to be considered EXW MASSA LOMBARDA.
Attention: the packaging should be the original one, penalty forfeiture of the Warranty

• FIRECAP SYSTEM® is a groundbreaking solution in 3D printing that uses a localized heating chamber to enhance the printing process.
  By focusing heat exclusively on the layers being printed, FIRECAP allows for more precise control over the material, improving adhesion between layers and ensuring consistent surface quality. This targeted heating approach is especially beneficial for processing high-performance and recycled materials that require specific thermal conditions.
  In addition to optimizing material performance, the system helps to reduce energy consumption, as it minimizes the need to heat the entire build volume. Furthermore, FIRECAP reduces internal stresses within the printed part, preventing issues such as warping or delamination in large-format prints.
  The technology also enables faster production times, as the controlled environment facilitates smoother transitions between printing phases, all while maintaining sustainability and cost-efficiency in industrial applications. a moving hot chamber system installed on the effector, capable of reaching 200°C.
  The FIRECAP SYSTEM® exploits all the heat by introducing it only where necessary, that is, in the highest layers, this allows optimal infra-layer adhesion and excellent surface quality on technical and recycled materials also, whilst reducing energy consumption.
• Pneumatic continuous feeding Intelligent pressurized material transport system to the extruder body, controlled by a capacitive sensor.
• Large prints Up to 1 m high.
• Interface New GUI 7-inch TFT touch screen display and 60 LED RGB bar.
• WI-Fi Module Network connection to remotely monitor and control the machine.
• Camera on-board It allows remote monitoring of the printing process and timelapse.
• Tutorial on board Tutorial videos directly on the printer display.
• Resurrection and Free Zeta System With the Resurrection System you can save your print job and resume it in the event of a power failure. With the Free Zeta System the machine measures the height at which printing is interrupted and restarts from there.

DIMENSIONS
Printer dimensions 215 cm x 235 cm x 305 cm
Printer weight 350 kg
The machine travels disassembled and it’s assembled in the work space
The required space for assembly 5,5 mt x 2,5 mt x h 3,60 mt
Packaging dimensions 310 x 132 x 116 cm
Weight with packaging 670 kg

3D PRINTING INFORMATIONS
HDP Technology
Print volume Ø 1000 x h 1000 mm
Max output 3.8 kg/h with ABS WASP and 5 mm nozzle
Standard Nozzle diameter 3 mm
Compatible Nozzle diameter 2 mm / 3 mm / 5 mm
Pellet used Ø da 2 a 6 mm
Layer resolution min 0,5 mm (with a 2 mm nozzle) – max 2,5 mm (with a 5 mm nozzle)
Print speed 100 mm/s
Travel speed 200 mm/s
Connectivity WiFi, LAN, USB
Hotend temperature Max 350°C
Chamber temperature Max 150°C

SOFTWARE

Official Slicing: Simplify3D® license included. Works with Windows, Mac, and Linux operating systems. Supports STL, OBJ and 3MF file formats.
Compatible Slicing: Cura, Slic3r, AiSync
File type .stl, .obj, .gcode
Supported OS Windows, Mac, Linux

FEATURES
Gcode analyzer gcode error checking system
Auto check automatic error recognition routine
Remote intervention WASP technicians can work from remote on your board in case of issues
32 bit board  fast, stable and strong

EXTRUDER

High definition pneumatically loaded HDP XL Extruder, capable of extruding standard, technical and recycled thermoplastics starting from pellets. It is the XL version of the HDP extruder which allows you to use a greater variety of materials and reduces printing times. A capacitive sensor placed on the extruder body detects the presence of material and requests it autonomously from the main 50 liter tank, interrupting the process if the material runs out.

OFFICIAL WASP PELLETS Ø 2-6 mm

PLA Pellet WASP
ABS Pellet WASP

RECYCLED pellets Ø 2-6 mm

PLA pellet 100% recycled
PET pellet 100% recycled

OTHER MATERIALS

PLA wood pellet
ASA pellet
PLASMIX pellet

Included with the machine, you will find an Online Course that will guide you in setting up, using and maintaining not only your 3D printer, but also additional printing tools.

INTERFACE
New GUI 7-inch TFT touch screen display
60 LED RGB bar

POWER  AND COMPRESSED AIR REQUIREMENTS
Input 220/240 V 50/60 Hz (110V available)
Assorbed power Max 5 Kw
Average power 1,5 Kw
Air compressor 8 bar, 100 L/min. tank, 6×8 mm pipe (compressor NOT included)

TEMPERATURE
Use 20-30° C
Storage 0-30° C

NCLUDED MATERIAL
Pellet PLA WASP natural 25 kg
Nozzles kit for HDP XL Extruder 2 mm + 3 mm + 5 mm
Printing plate for PLA x 3
Simplify3D® slicing software (license included)
Pen drive
Cleaning kit
Professional fume extractor

OPTIONALS
Air compressor silenced 6 L, 8 bar, 105 L/min. – 400€
Additional pellet tank 50 L extra-large  – 1000€

DELIVERY TIME
At your warehouse in 4 weeks

3D printing offers significant advantages over traditional manufacturing methods:

• Customization: allows you to create tailor-made objects, adapted to the specific needs of customers, even in large numbers.
• Computational design: allows you to print intricate geometries that are difficult to create with traditional methods
• On-demand manufacturing: Reduces the risk of inventory overload and material waste
• Rapid Prototyping: You can create low-cost prototypes to test ideas efficiently.

The choice between a Delta printer and a Cartesian printer depends on your specific needs regarding speed, precision, print area, and budget. Delta and Cartesian 3D printers have distinctive mechanisms and features that influence the choice between the two. Here’s a comparison to help you understand why a Delta printer might be the right choice for you.

Delta printers are ideal for those seeking high performance and quality, offering fast speeds, precision, and an extended vertical print area. They are easy to assemble, and while initial costs may be higher, they require less maintenance over time.

• POWER WASP 45 HDP is ideal for large-scale 3D printing of massive, complex pieces up to 2 meters in length. With its spacious enclosed print area and compatibility with a wide range of materials, including reinforced ones, it’s perfect for various manufacturing industries, including the nautical sector and the design field.
• WASP 3MT HDP is optimized for large-scale 3D printing, capable of creating objects up to 1 meter in diameter and height. Its extensive print volume and compatibility with various technical and recycled materials make it perfect for applications in manufacturing, furniture, and large artistic installations.
• WASP 60100 HDP is ideal for specialized industries and the medical sector, featuring an advanced extrusion system for high-tech materials, including flexible ones.
• WASP 4070 HDP is a compact, versatile professional printer suitable for industry and material research, designed for easy mobility and quiet operation in offices and labs.

To determine if a pellet is suitable for 3D printing, it is crucial to evaluate several factors, including processing temperatures and the characteristics of the pellet itself.

PROCESSING TEMPERATURES:
The first consideration concerns the processing temperatures. Each material requires specific temperatures to be printed effectively. For example, polycarbonate (PC) requires printing temperatures around 300°C.  It is important to ensure that the 3D printer is able to reach and maintain these temperatures. If the required temperatures are very high, it may be necessary to use a printer specifically designed for such materials.

PELLET SIZE & SHAPE:
The size of the pellet is crucial. Pellets that are too large, usually larger than 3-4 mm, are not suitable for 3D printing. Additionally, it is important to consider the shape of the pellet – sharp or uneven surfaces can cause problems during extrusion and printing.

HOMOGENEITY OF PELLET SIZE:
Consistency in the size of the pellets is important. Significant differences in size can cause power problems and blockages in the printer extruder.

PRESENCE OF FIBER:
If the pellet contains fiber (such as reinforcing fibers), its concentration must be assessed. If too high (over 15%, for example) it can make the material too rigid and difficult to print. In addition, it is important to check the compatibility of the fiber with the polymer matrix to avoid adhesion issues between the printed parts.

MANUFACTURER RECOMMENDATIONS: Some 3D printer manufacturers, such as WASP, provide specific recommendations on materials and brands that can be used with their machines. It’s always a good practice to go through these compatibility lists to make sure the pellets are suitable for your printer.

SPECIALIZED CONSULTATIONS: In the case of particular materials or if you have doubts about the printability of a specific pellet, it is possible to seek specialized advice. Experts in the 3D printing industry can provide specific information on material compatibility and offer customized solutions for your printing needs.

In summary, choosing pellets for 3D printing requires careful evaluation of the requirements for temperature, size, shape, fiber content, and manufacturer’s recommendations. Consultation with industry experts can be invaluable when working with particular or complex materials.

All 3D-printers built by WASP S.r.l. are covered by 24 months legal Warranty for private clients and 12 months for Companies/Societies with regular VAT number for lack of conformity, pursuant to Legislative Decree no. 206/2005 (Consumer Code).
If during the period of Warranty validity, defective functioning or faulty parts of the machine ( the ones listed in the Warranty document) occur, WASP S.r.l., after the due examination,  will provide to repair or replace the defective parts. All defective parts under Warranty, are repaired or replaced by WASP S.r.l. free of charge.
Transport and /or shipping costs are always borne by the Customer, as well as the outward and return travel costs related to the intervention of the WASP technicians, at the Customer's site. However WASP S.r.l. will evaluate the charge case by case.
Labor costs related to the intervention of the WASP technicians at the Customer's premises for removing defects under warranty, except in cases where the nature of the defect is such that it can easily be removed on site by the Customer, are bore by WASP  S.r.l..
To take advantage of the Assistance, the Customer must keep the invoice (or Delivery Note) received together with the purchased goods.
If, following intervention by our Technical Service, the WASP technicians finds no lack of conformity pursuant to Legislative Decree no. 206/2005 (Consumer Code), the Customer will be charged for any diagnosis and verification costs, in addition to the restoration if requested by the Assistance, as well as the transport costs if incurred by WASP S.r.l.. In case of transport troubles of the machines, where the technician’s intervention is required, any warranties are to be considered EXW MASSA LOMBARDA.
Attention: the packaging should be the original one, penalty forfeiture of the Warranty