Following on from their revolutionary work in temperature monitoring and control for rotomoulding, 493K presents the desktop RotoRocket! This amazing tool is an absolute must for any rotomoulder. Allowing you to visually watch and monitor the process, it is ideal for staff training and induction sessions, customer demonstrations, problem solving, powder flow testing, experimentation and much more.

Description

A graphic showing 4 processes of the RotoRocket
  • Observe powder flow
  • Monitor temperatures
  • Check lay up
  • Observe foam blowing
  • Perform tests on part
  • Look at release point
  • Check rotation effects
  • Use microscope on melt
  • Check your graphics

Accelerate your in-house product development with the analysis of new materials, multilayers, powder & micro-pellet configurations all without interrupting production machinery!

Inspire your operators to ask questions, take an interest in the process and rapidly become the problem solvers on the shop floor.

The RotoRocket banishes boring induction days for new employees. On the RotoRocket they can see what’s happening and learn how to apply graphics, calculate shot weights for different part thicknesses, process and demould their own parts and all while tracking the internal mould air temperature in real time.

Use it as a demonstration unit in the boardroom and show customers the process in action, highlighting the difficulties and the attractions of rotomoulding, the limitations and the possibilities. RotoRocket: the new Boardroom attraction in any rotomoulding plant.

RotoRocket

The RotoRocket is an excellent demonstrator for visual learning and training. Furthermore, 493K’s own temperature monitoring software can be used, along with the supplied USB microscope, for advanced experimentation, making it a must for any moulder or educator.

temp3

Infra-red photo showing heat concentration at the centre of the mould.

(IR Camera not included)

cylinder4

Mould cylinders approximately 95mm Diameter x 150mm Long.

graph2

Live Recording of inner mould air temperatures using 493K’s K-KORD Software.

(RotoRocket Science only)