TITOMIC TKF 1000 – High Pressure Cold Spray System

TKF 1000 – CUSTOM – a complete custom-built cold spray additive manufacturing solution, built to your specification – Faster, simpler, and on-demand.

Put the power back in your hands, cut costs and simplify your supply chain with the TKF 1000 modular additive manufacturing system.

From prototyping to R&D, small-run production and on-demand manufacturing, the in-house system brings the limitless possibilities of cold spray technology to your factory floor.

Features Include:

  • Automated robotic production
  • Fuse dissimilar metals to create custom solutions
  • Additive manufacturing without distortion or oxidation
  • Combine multiple materials in parts
  • Multiple powder feeders allow rapid manufacturing with dissimilar metals
  • Industry-leading build rates
  • Cost-effective digital manufacturing
  • Manufacturing with advanced materials

TITOMIC TKF 1000 – CUSTOM – a complete custom-built cold spray additive manufacturing solution, built to your specification – Faster, simpler, and on-demand.

With the TITOMIC TKF 1000 modular additive manufacturing system, you can put the power back in your hands, cut costs, and simplify your supply chain.

From prototyping to R&D, small-run production and on-demand manufacturing, the in-house system brings the limitless possibilities of cold spray technology to your factory floor.

Features Include:

  • Automated robotic production
  • Fuse dissimilar metals to create custom solutions
  • Additive manufacturing without distortion or oxidation
  • Combine multiple materials in parts
  • Multiple powder feeders allow rapid manufacturing with dissimilar metals
  • Industry-leading build rates
  • Cost-effective digital manufacturing
  • Manufacturing with advanced materials

System features

  • Large-scale metal additive manufacturing
    Synchronised 6-Axis Robotics, Servo Positioning and TKF Controls
    Intuitive touch panel interface
    Protective sound-dampening booth

System enclosure

  • Designed for easy operation and user experience
  • Scratch-proof, polycarbonate viewing panels
  • Easy access points for connecting services
  • Fully insulated composite panel cell walls
  • Automate the Bi-parting loading door with a sealing system

Downdraft extraction area

  • Particles and operating gas are extracted via the floor
  • Removable non-slip grating panels
  • Simple connection to the existing dust collector with signal interfacing
  • Ducted powder feed area for reloading and continuous operation

Vacuum System

  • Plug and play integrated housekeeping vacuum
  • Hi-vacuum to a single collection point
  • 5m max anti-static vacuum hose
  • 250m3/hr at 15 kPa

Component positioning shuttle

  • Counter levered linear bearing mounts
  • Component T-slot mounting table
  • Precise servo-driven positioning
  • Integrated component weight measuring and logging
  • Removable stainless steel covers
  • Cable chain for carrying component cables

Rotary component positioning unit

  • Coordinated movement, speed control and positioning
  • 500mm table diameter
  • Max. speed 180RPM
Specifications
Build Envelope 1 x 1 x 1m
Footprint 6.3 x 4.1 x 3.6m
Shuttle Load 750kg
Control / Robotics / Industry 4.0
Controls Platform Siemens
Interfacing Profinet or flexible
Offline Robotic Simulation Extensive path strategy options
Industry 4.0 Platform Linux NAS server
Digital Dashboard Custom data visualisation
Process parameter regulations
Gas flow +/- 0.5% from set point
Chamber Temperature +/– 3 ̊ C
Powder Output +/– 0.5%
Operation
Max Temp. 1100 ̊ 15 minutes to heat, 10 to cool
Max Operating Pressure 60 Bar
Powder Feeder Swap 60 seconds
General maintenance
Nozzle Change Under 5 minutes
Integrated Downdraft Floor Extraction Area 10.0m2
Power feeder system
Operating Pressure 725 Psi
Feed Ratio 10g/min – 330g/min (20kg/hr)
Powder Volume per Feeder 3.7 Litres
  • A dual powder feeder allows for the combination of powders and refilling during operation. Optional 4-qty powder feeder system.
  • Integrated weight sensing and data logging.
  • Internal controls ensure a stable operation process.
Material mechanical properties
Material Yield strength UTS Elongation
Inconel 718 (HT1*) 977 MPa 1,145 MPa 8%
Inconel 718 (HT2*) 680 MPa 1,080 MPa 28%
SS 304L 348 MPa 645 MPa 32%
Invar36 371 MPa 517 MPa 26%
CP Titanium HDH 702 MPa 800 MPa 5.30%
4330 Steel (HT1*) 1,180 MPa 1,300 MPa 8%
4330 Steel (HT2*) 860 MPa 950 MPa 12%

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