In-House Coating versus Job Coating Service - PLATIT
In-House Coating versus Job Coating Service - PLATIT
In-House Coating versus Job Coating Service - PLATIT
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<strong>In</strong>-<strong>House</strong> <strong>Coating</strong><br />
<strong>versus</strong> <strong>Job</strong> <strong>Coating</strong> <strong>Service</strong><br />
I Tibor Cse[Le<br />
SmalL ond medium-sized high-tech-componies who integrate<br />
coating in their own production benefit from many advantages<br />
such as higher product quality, more autonomy and reduced<br />
cosß which result in higher profiß. >AIL leading tooL producers<br />
con handle cutting mateial and geometty. The ones, who use<br />
the best coating technoLogies, wilL have the biggest shares on<br />
the high-tech morket< [2]. That is why the way of masscoating<br />
cannot be the way to future for high-tech SMEs.<br />
The policy of cheap mass-coating cannot I Has the job coater been making an<br />
be the future for srnatt and medium-sized extra profit for himself, from my<br />
high-tech-companies (Sit4 E). Those who pocket?<br />
integrate coating in their own produc- I If prices fatt this tow, does it stj[[<br />
tion benefit from many advantages such make sense to have an own coating<br />
as higher product quality, more autonomy<br />
and reduced costs. Sf4Es who ptan<br />
centre?<br />
on integrating coating in their mechanic The answer for the first question is obvi-<br />
manufacturing can count on an immedious. To answer the second question, the<br />
ate advantage. <strong>Job</strong> coaters wjt[ visit mechanical engineer needs to find an-<br />
them soon and lower their prices (usuatswers to more questjons. This artjcte tries<br />
ly around 30 per cent) >exclusivety< for to summarize these questions and an-<br />
them. After the visit, two questions will swers in the perspective of smatt- and<br />
come up immediatety:<br />
medium-sized enterprises (S!1Es).<br />
Fig. 1. <strong>In</strong>tegration of coating into the mechanicaI production p,o-<br />
cess of a service oriented company,<br />
swlss euAL ry pRoDUcr on jl aucusr zoos<br />
<strong>Job</strong> 6aiing in l6rge unitg<br />
Can SMES reatly coat wiihout prior experiences<br />
and without a Ph.D. physicist? The<br />
answer is: Yes. Numerous examples of<br />
smat[ and medium-sized toot-manufacturers,<br />
regrinders. mold and die makers, injection<br />
motders, machine producers and<br />
even of tool t.aders show thaL integraLion<br />
of coaLing in Lhe mechanical production is<br />
state of the art (Fig. 1) [6 and 7].<br />
SMEs can easily coat<br />
without prior experiences<br />
Can Si\'.1Es produce quality-coatings with<br />
constant composition, [ayer thickness, and<br />
cotor? <strong>In</strong> the own coating-shop the tooß<br />
are not coated together with foreign toots<br />
or even with totatty different parts jn the<br />
same batch. 50 the layer thjckness, composifion<br />
and even the choice of coating<br />
does not depend on what are currentty running<br />
in thejob coating centre (Fig. 2). For<br />
S14Es onty compad and flexible coating<br />
units can be considered. These have to be<br />
abte to produce every coating that is avail<br />
abte on the market. At the same time productivity<br />
ofthjs compact machine has to be<br />
high, so that up to six different coatings<br />
can be deposited in a day (Fig.3).sMEs can<br />
also deposit special coatings according to<br />
special apptications or even generate own<br />
brands wjth the hetp of the own in-house<br />
coating, as shown in Fig.4 and 5.<br />
Do SMEs have an answer shoutd the big<br />
job coaters come to the market with<br />
newty developed coatings? The answer:<br />
! The S[4E shou[d be very careful when<br />
buying a coaLing sysrem from machine<br />
TiAICN+DLC: GRADVIC!<br />
Fig. 2. Main difference between treatment of tools by job coaters<br />
and in-house €oaters,