Is it reasonable to expect that most 4x5 enlargers will have sufficient stability (if properly assembled, etc.) to print high-qualiity 4x5 negatives in these sizes?
Thanks.
I'm planning a darkroom and expect to be printing negatives from size 35mm to size 4x5 (but not larger).
I can definitively state that I do not expect to be making prints larger than 16x20 in size and 99.9% of my prints will probably be 11x14 or smaller.
Is it reasonable to expect that most 4x5 enlargers will have sufficient stability (if properly assembled, etc.) to print high-qualiity 4x5 negatives in these sizes?
General guidance on particularly stable 4x5 enlargers would also be welcome.
Thanks.
what other type of enlarger would you propose to use??
DeVere's and Dursts are particularly stable. To my mind - all enlargers should be properly braced as well - involving drilling the column to run wires with turnbuckles on them - at a diagonal to the column geometry and going to the closes structural tie point (ceiling joist, stud, whatever).
It would also depend on where the darkroom was. If the enlarger was unstable you wouldn't own it but if you did and you anchored it to the floor or wall in a basement you might be OK. If you anchored it to a floor or wall in a second or third story room of an old building next to a railroad track you might have a problem. Or if kids were jumping up and down in the room next door there might be a problem. Sometimes the more secure to the structure the more it picks up vibrations. Enlargers are made with stability in mind although some have more mass than others. It depends on the mechanics of the enlarger and the environment it is in. How stable is the camera and tripod you take into the field and what precautions do you take there to ensure stability?
The darkroom is a rented apartment's kitchen. I cannot drill any holes into walls or floors. The kitchen also has a refrigerator and that means mechanical vibrations will be transmitted to and through the floor. Linoleum does a very poor job of attenuating such vibrations.
The best darkroom setup I ever used (now no longer accessible) had the enlargers mounted on nodular cast iron machine tool bases (these are designed to absorb mechanical vibrations from machine tools). Rock solid.
Some sort of thick rubber matting might be a reasonable substitute. I wonder if anyone has tried that as an enlarger base?
I take a couple precautions in the field to ensure camera stability. If, say, I'm using a 35mm camera I always have it on a solid pan/tilt head and heavy aluminum legs (aluminum isn't the best vibration absorber, but heavy ones are ok). If the camera doesn't have MLU, and the shutter speed is in the "mirror-shake" range - then I will use a neutral density filter to require a shutter speed out of that range. And I always place a bean bag with a couple lbs of BBs on top of the camera to prevent shake. I suspend another bag of BBs (3-4 lbs) within the tripod legs and, depending on the length of the extended legs, I adjust the position of that bag to try to match the center of mass of the legs/head/camera system.
hi aldevo
don't you think you might be just a tad obsessive about this idea of shake
lighten up
for instance why use a camera system (35mm) that's greatest asset is light weight handholdability and then tie it down to a huge tripod and extra weights
As for the enlarger - the darkroom is in an apartment kitchen and vibration sources (little kids stomping in the hallway, refrigerstor switching on and off) will be present. So, IMO, it's rather silly not to try to anticipate problems arising from them.
For those kinds of environmental vibrations, it won't matter which enlarger you're using. If the floor is in motion, so is the enlarger, any enlarger.
Sanders
For those kinds of environmental vibrations, it won't matter which enlarger you're using. If the floor is in motion, so is the enlarger, any enlarger.
Sanders
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?