CONSTRUCT 2 LAUNCH ⛝

This WebPage is still under development, Changes will occur as we add new information and artwork.

CONSTRUCT 2 PRE-ORDER

Introducing Construct 2, Our newest 3D Printer designed specifically for the industrial market.

Construct 2 boasts best-in-class speeds and accuracy, able to deliver more than 8kg of material throughput per day with our specially designed ultra-high flow hotend.

Print even the most challenging of materials within the completely heat controlled and regulated internal print chamber, capable of reaching 75°C for even the most demanding and warp prone materials.

Ultra High Throughput .  Data Secure . Reliable & Serviceable

Rest easy knowing your data is yours. With full data security, and 4 connection methods, you can operate your printer in any environment: Wi-Fi 2.4Ghz & 5Ghz, Ethernet, Airgap mode , Accesspoint Mode. 

Pre-Order To Save Your Slot

Technical Data

Subject to change

Cooling:

  • Toolhead part cooling: 1 x 4020 radial fan
  • Build chamber: 4 x speed monitored auxiliary 120mm radial fans

Electronics:

  • Mainboard: Duet3 6HC + Auxiliary compute unit (rPi5 as standard, can be upgraded with an Nvidia AGX Orin AI compute unit for data heavy AI workloads)
  • Power requirement: 240V (110V US) 1300W Full load power draw, 360W average idle (whilst printing) power draw
  • Auto-calibration: yes
  • Auto gantry calibration: yes
  • Bed Mesh Levelling: Dynamic 900 point bed scanning
  • Screen: Built in 12.3″ colour touch screen, optional HDMI output for any sized screen
  • Emergency Stop: Yes
  • Connectivity: Wifi 2.4Ghz, Wifi 5Ghz, Ethernet, Air Gapped Mode, Access Point Mode

Safety:

  • Data secure – multiple connection methods available for all types of secure operational requirements
  • Thermal runaway protection (Software) with redundant backup hardware protections
  • Lighthouse RGB identification system – Machine state viewable from afar with colour coded illumination
  • Complete machine temperature monitoring and data capture
  • Full code base is available for review
  • Full CAD files available for review
  • CE-UKCA, Tested to UL standards, General product safety tested, Ingress protection IP5x
  • Nato Tempest rating upcoming.

Software:

  • Slicer: OrcaSlicer(default), Cura, Prusa Slicer, etc…
  • Web Interface method, Any Web5 device
  • Compute module: Duet3D SBC Linux Control image (rPi5)
Body:
  • Frame: Aluminium fully enclosed frame with neoprene flame retardant thermal insulation foam.
  • Side Panels: Removable bent aluminium clamshell for ease of advanced maintenance steps.
  • Build volume: 340mm x 390mm x 400mm
  • Active Heated Chamber: 75°C max, 50°C in 5 minutes, 60°C in 10 minutes, 70°C in 30 minutes
  • Chamber heater: 800W (bed) 300W (PTC peaker heater)
  • Exhaust: Carbon filtered active temperature controlled exhaust
Tool Head:
  • Extruder: Bondtech LXG Pro – 98 Newton pushing force
  • Nozzle: BondTech CHT® Abrasive resistant 0.6mm nozzle
  • Nozzle Max Temperature: 320°C 100w PTC Heater – Positive Temperature Coefficient heaters are inherently safe to thermal runaways. Max temperature before wattage saturation is 400°C
  • Heat Break: Tri-metallic + Ceramic reinforced
  • Mounting style: Voron/Phaetus 4 hole mounting
  • Quick Swap ready – entire hotend can be stripped and swapped out in under 5 minutes. Designed to maximise machine uptime, and minimise any maintenance steps.
  • Onboard Accelerometer for vibration analysis and cancellation (Input Shaping)
  • Probing Method: SPZ Coil Sensor, nozzle probing + high speed bed mesh scanning – up to 900 point bed mesh in under 2 minutes.
  • 44mm melt chamber length
Bed:
  • Bed Core: 8mm Tool Plate machined aluminium
  • Build Plate: Removable Textured+Smooth PEI – Reusable universal build plate, no scraping required.
  • Max Build Plate Temperature: 120°C with active & passive thermal protections
  • Power: 1300W 240V max draw, 360W active printing  (110V for US markets)
Speed:
  • Print speeds: 500mm/s
  • Travel speeds: 500mm/s
  • Accelerations: 10,000 mm/s^2
  • Volumetric flow: up to 101mm^3/s / 8kg material per day (part geometry and material dependent)