CTP - Computer to Plate
HighWater Products Ltd holds advanced training course in Chennai India following another large order from Monotech Systems Ltd
Thursday 21. October 2010 - HighWater Products Ltd a leading manufacturer of Violet CtP systems has just completed a two week advanced training course at their Master Distributor Monotech Systems training centre in Chennai. The course was attended by ten service engineers from across the country who gained hands on experience of both maintenance and operation of the Python and Cobra Violet CtP systems. The course also included a section on the recently introduced Cobra-8-S dual resolution machine that outputs 26 B1 plates per hour.
Peter Flynn Sales Director of HighWater Products comments “The objective of the training course is to strengthen the competitive position of Monotech System by offing their customer base comprehensive know-how transfer to maximise the productivity of their systems.”
“The Indian market has seen a great surge in the number of Violet CtP systems installed during the past twelve months and Monotech Systems has been one of the major driving forces making the HighWater Cobra and Python a popular choice for many commercial printers and service bureaus in the country.
Monotech have recently placed another large order with HighWater Products Ltd for Cobra-8 8 pages systems confirming the demand for an affordable, high quality Violet technology CtP solution. This will take the number of HighWater Violet CtPs to over 40 units now installed in the Indian market.”
T.P. Jain Managing Director of Monotech Systems comments ” With encouraging market response for Highwater Cobra and Python CtPs, Monotech shall like to meet and exceed customers expectation for support by having a team of well experienced and fully trained Engineers placed in different regions of the country. Mr Walter Young has shared his rich experience on these Engines with our team and it will help us to add value to our customers business by enabling them to use these state of the art systems in most optimal manner.”