DeltaWASP 2040 Industrial X

The 2040 Industrial X can be used to rapidly prototype your designs. With its new Hot and Cold ™ technology, you can print specialty filaments such as nylon with ease.
Optimised with a dual gear filament driver and a heated chamber with cooled mechanisms, the 2040 industrial X is the ideal printer for technical designs.

SKU: DW2040-IND-X Categories: ,

The 2040 Industrial X boasts an Aluminium body, steel cored belts, and features thermal and acoustic insulation. The new Hot and Cold Technology allows the chamber to be heated up to 70*c, while simultaneously cooling the mechanics of the printer. This results in fast prints when using technical materials, withhout damaging the moving parts of the printer. The new Filament Driver X replaces the suspended bowden setup, doubling the grip and tripling the force when compared to a regular bowden driver. This is a direct result of two hardened steel gears within the filament driver. Also included in the Industrial X line is an auto-calibration feature.

Equiped with the WASP ZEN X extruder, printing with multiple materials up to 350*c is no challenge for the 2040 Industrial X. The new WASP Zen X extruder also allows for quick tool-changes between cartridges. The WASP FLEX extruder can simply be switched to print flexible materials down to Shore 50A within minutes.

The Industrial X Series can be connected to WiFi in order to monitor and send gcode through remotely from your smart device or PC. There is a camera installed inside to monitor your prints.

Technical Specifications

Build volume Ø 200 x h 400 mm
Heated active chamber heated up to 70°C
Minimum layer height 50 micron
Print speed max(*) 300 mm/s
Travel speed max(*) 500 mm/s
Acceleration(*) 10.000 mm/s2
Bed temperature max 120 C°
Extruder / Nozzle diameter standard: WASP ZEN X Extruder with MT cartridge, nozzle 0,4 mm

* All data relative to speed make reference to a DeltaWasp 2040 Industrial 4.0 with WASP ZEN X Extruder 0.4 mm

Suitable filaments
Ø1.75 with “ZEN X EXTRUDER”
Ø2.85 with “FLEX EXTRUDER”

PA carbon

TPU *solo con FLEX Extruder
TPE *solo con FLEX Extruder
POLIPROPILENE *solo con FLEX Extruder

ZEN X EXTRUDER dual extruder for single material, multicolor or multimaterial prints, with end filament sensor.
Nozzle diameter: 0.4 mm, 0.7 mm, 1.2 mm (filament diameter 1.75 mm)
FLEX EXTRUDER direct driven extruder for flexible material down to shore 50A.
Nozzle diameter: 0.4 mm (filament diameter 3 mm)

Operative system Windows, Mac, Linux
Slicing software compatible with all slicing softwares (Cura – SLic3r – Simplify3D®)
File type .stl, .obj, .gcode

Pendrive USB
Wifi network
Display TFT touch

Dimensions 49 cm x 44 cm x 87 cm
Machine weight 38 kg
Dimensions and weight for the packaging on pallet 50 cm x 58 cm x 114 cm, weight 42 kg

Input 220/240 V 50/60 Hz (110 V available)

Absorbed power
_WASP ZEN Extruder: 120 W max
_Hot bed: max 500 W
_Room heater: max 750 W / average 300 W

Use 20-30° C
Warehouse 0-30° C

Frame and cover: Aluminum, steel, polycarbonate, PU. All metal body for a stiff and vibration free precise machine
Bed: machined aluminum
Movements: nylon wheels on anodized aluminum sliders, PU steel core belts, resistant to high temperature
Insulation: polymer foam for thermo-acoustic insulation
Motors: Stepper

Continuous Print: when the used extruder runs out of filament, the print continues with the other extruder (if correctly loaded)
Bed touch system: automatic system that avoids the collision of the extruder on the plate.
Gcode analyzer: gcode error checking system.
Auto check system: automatic error recognition routine
Mesh auto-calibration: mesh plate calibration

Hot and Cold tecnology heated chamber and cooling of the mechanics
WIFI machine connected to the network for monitoring and control
New GUI new touch interface with bigger TFT display
Camera on-board for monitoring and timelapse
Remote intervention WASP technicians can work from remote on your machine in case of issues

The system recovers automatically ( when prints are interrupted due to accidental shutdown or blackouts ) interrupted prints in case of accidental shutdown or blackouts.

It’s possible to measure the height of the print and restart from there.

This unique system reduces the inertial mass of the NEMA motor by suspending it above the hot-end improving the printing speed and quality.


All available Datasheets are on our downloads page

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