It's certainly true that Ilford/Harman use the same line to coat everything from film through to digital inkjet papers (and, as such, they're at the forefront of nano coating technology). But I don't know if what Tom says is true of the Kodak facility - although it wouldn't surprise me if it was true. Perhaps PhotoEngineer could confirm...?
In today's Toronto Star in the business section, there is a decent article on the pending Kodak bankruptcy and a case study summary about the company. A good read for university students in buainess programs. Not in-depth but, concise enoguh to understand. I suspect Kodak will soon become a mandatory case study for business courses as well as other courses.
than the Ilford equivalents (TMX/TMY/TMZ and Tri-X), and you've got even more.
There are likely a small number of people who might really need the kinds of films "Adox", Efke, "Rollei" etc purport to offer, particularly if they have no access to Ilford or Kodak products, but other than that, I believe most of the people using these films are doing so because they want stuff from the "good old days"
I don't want to dwell on this. Everyone use what they want. But I had to take issue with the post that held these companies up as examples of how things could or should be done when it comes to both the R&D and production of film.
It's nice to hear the Kodak has coating systems that may scale. Will the demand in the market? That's the key question.
(The other part of Agfa, in Belgium, still coats film, but, not, I believe, consumer product).
Oh yes, AGFA Belgium is selling as Rollei film called color neg RCN 640 and CN200 and E6 is called CR200.
I love these films because it's a whole other color pallet compared to the Fuji green high sat look.
I completely forgot those! (And I made a note to order some only last week, looking forward to seeing the color pallet...)
Are the master rolls of these coated primarilly as an aerial film, or similar, and the packaging for consumer use a separate project by Rollei, or am I totally confused?
ER;
Regarding your second paragraph, one must remember that there is a minimum length of film that must be coated and a minimum length of leader to thread the machine! This amounts to over 3 miles of film in one shot. Also there is a minimum operating speed. This means a lot of leader for small runners and a lot of idle time. And, the product they make will spoil. So, they cannot make too much.
I've said before that this is like the produce or meat business. You have to get things just right. Right now, things are not "just right".
The problem is that no one seems to understand this dilemma.
PE
There is one coating machine that coats everything now. It has a minimum speed and minimum threading length. These are absolute figures and cannot be changed. Therefore, the entire worlds supply of Kodachrome could have been coated in about 15 minutes near the end of its life. Of course it took months to prepare everything and bring them together that day at the head of the coating machine. But, there are gaps in coating that have reduced the EK coating to nearly the lower limit of sustainability. That is the problem. One whole building was mothballed at the end of May 2011.
Two years is a long time when product demand is going down 30% per year!
PE
The Kodak person would not have talked about threading length or coating speeds among other things so he need not lie or even dissemble to your friend. He may just have omitted information that was not relevant to the tour.
If a hypothentical machine coats 1 kilometer of film, and if the threading length is 1 Km and the coating speed is 100 m/min, then the machine coats 1 Km in 10 minutes, right? You must have 1 km of leader in the machine to thread it and 1 km of leader on a roll to rethread the machine after you make your run. So you use 3 Km of film for this 10 minute run. Two Km are reusable as leader, but must be considered in your inventory as used.
In another room are dozens of people who have prepped the melts and monitor them during coating. There are about 20 or so for a color product. Behind them are the dozens who made the melts and emulsions and delivered them to the coating room.
Once done, what do they do? Go home or go to the next product. Kodak was once on a 24/7/365 work schedule, but then reduced to 24/5/365 and then to 8/5/200 etc...... You see the decline? I doubt if ANY of this was discussed in that tour or if it was, I doubt if anyone really understood the significance.
PE
The Kodak person would not have talked about threading length or coating speeds among other things so he need not lie or even dissemble to your friend. He may just have omitted information that was not relevant to the tour.
If a hypothentical machine coats 1 kilometer of film, and if the threading length is 1 Km and the coating speed is 100 m/min, then the machine coats 1 Km in 10 minutes, right? You must have 1 km of leader in the machine to thread it and 1 km of leader on a roll to rethread the machine after you make your run. So you use 3 Km of film for this 10 minute run. Two Km are reusable as leader, but must be considered in your inventory as used.
In another room are dozens of people who have prepped the melts and monitor them during coating. There are about 20 or so for a color product. Behind them are the dozens who made the melts and emulsions and delivered them to the coating room.
Once done, what do they do? Go home or go to the next product. Kodak was once on a 24/7/365 work schedule, but then reduced to 24/5/365 and then to 8/5/200 etc...... You see the decline? I doubt if ANY of this was discussed in that tour or if it was, I doubt if anyone really understood the significance.
PE
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