Compared with the traditional casting, our machine latest design:
1,This continuous casting machine can provide better continuous casting, the uniform temperature makes the product better
2,With this machine, flexible casting operations is highly achievable.
3,It is also highly efficient compared with the traditional and gas resistances furnaces.
5,In the meanwhile, it can work 24 hours round the clock without any system malfunction.
6,Automatic control of all process variables and parameters is achievable with this machine
Operation process of the Continuous Casting machine:
Watsonmelt casting machine (WS-CCM) is a totally technological creation, which is designed with the aim of providing superior casting process on Jewellerys like silver, gold, copper or alloys of these metals.
Besides, the watsonmelt equipment can reach 1600℃ or suitable melting temperature in no time. There is also a special internal air circulation system that will maintain the average temperature throughout the whole furnace chamber, to achieve better heat treatment of jewelry.
Watsonmelt continuous casting machine is your choice if you run a Jewelry manucfacturer business or an hardware plant. This equipment is just the machine you need to boost your production and overall efficiency.
Features & Benefits below:
- In the first place, flexible configuration with possibility of up gradation and expansion by adding modules;
Secondly, Graphite crucible & Induction Technology based heating system which can ensure Continuously Working 24 hours round the clock;
Accurate control of withdrawal extraction pulse activity which can produce alloys or semi-finished products in different shapes and sizes in the shortest time;
And then, this machine adopts vacuum chamber design, the whole process will be under the complete inert gas protection of crucible and die system.
Watsonmelt Annealing furnace come with more professional heat treatment methods,
it’s your first choice for Jewellery continuous casting when you need any equipment in Jewellery Processing.
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