16mm film developing 3d models

This is a spool for developing 16mm film from cameras such as the Minolta 16 series. ...You can load 3 rolls of film per layer, and a standard Paterson tank can accommodate a reel with four layers.

What differentiates it from the earlier design is that it is an upright rotary style tank that uses less than half the chemistry, allowing you to develop 15 meters in just 450ml of liquid, which is roughly the same efficiency of developing the...

I shoot and home-develop a lot of different film formats, and I found myself unsatisfied with the “solutions” I had for developing 110 film. I made a version specifically for my Jobo dev tanks, and got a lot of feedback from people asking Paterson...

This developing tank allows for developing up to 120 feet of 16mm in one batch using minimal chemistry (estimated 750ml with a full batch). It can be printed on a 185mmX185mm print bed. I've made the pour/drain holes large enough for quick...

Two film sizes (8 and 16mm) can be used in the same tank by swapping the central hub piece. The spiral platter, hub, and top retaining ring are secured together with a bolt piece that also serves to block light from entering the central hole, and...

Film developing tank, I have designed but yet tested it cuz I don't have access to a printer at the moment. Pieces should screw together, it did not render the screw thread There are 2 versions of the screw cap, one in one piece. ...(dunno how...

16mm film reel diameter 24 cm

Based on a Ampro 16MM Film Projector

Box to store a 400ft 16mm film reel.

Cassettes for the Viscawide 16mm panoramic cameras are rare - so here's a model you can print in black PLA. ...All you need to add is some thin flocked adhesive paper for the film entry.

... and bottom of a 4" wide PVC pipe. This is part of a larger project in building a continuous processing machine for 16mm motion picture film. ... This model is designed around VEtienne's model "35mm + 16mm Sprocket Roller Package (1/4" d-shaft bore)"

... ...It is used to adapt the square spindle common to 16mm camera equipment to the cores sometimes supplied with film stock. This is a press-fit design so the dimensions may need to be modified slightly to get the desired fit of the core and spindle.

Standard 2in & 3in cores are designed for winding 16mm films; perfect for those who still work with it. openSCAD was employed to create this object, allowing custom core sizing while retaining standard features - an inner core size and a clip for the...

Light-blocking container for a 100ft reel of 16mm film. This dispenser lets the end of the film stick out for splicing leader onto undeveloped film for processing, and loading into a processing machine. This model is designed with 0.15mm clearances...

Light-sealing container for a 100ft spool of 16mm film stock. This dispenser allows the end of the film to protrude for attaching a splicing leader to unexposed film prior to processing, and loading it into a processing machine. This design is...

https://www.thingiverse.com/thing:2795254 This design is geared towards installing film rollers at both the top and bottom of a 4-inch wide PVC pipe, which is part of a larger project focused on building a continuous processing machine for 16mm...

The purpose of this print is to dry 16mm motion picture film as it passes through a processing machine, reducing cross-contamination of chemical baths by creating an "air knife" through which the film travels. Ideally, these air knives are installed...

(Module 2, page 5) The purpose of this print is to dry 16mm motion picture film as it passes through a processing machine, to reduce cross-contamination of chemical baths. The drying is accomplished by creating an "air knife" through which the film...

When editing 16mm motion picture film, you need a way to wind it between reels. Normally this is done with a pair of large geared cranks called "rewinds". But what about something small and portable for animation, film cleaning, handmade films, etc?

These printed pieces, along with a 2ft section of 4" PVC pipe, an end cap, a 36" length of flat punched bar, and a few bolts make a processing stage for a 16mm film processing machine. The film stock is threaded over one of the top rollers, under...

These assembled parts, including a 2ft section of 4" PVC pipe, an end cap, a 36" length of flat punched bar, and several bolts, form a processing stage for a 16mm film processing machine. The film stock is threaded over one roller, under the other,...

... finger nails, you can use your finger as a guide to load the film sheets into the slots. I haven´t tryed this out at the moment, but I want to share, maybe someone of you have an idea to improve it or an idea for a daylight developing system. ...

SimpleServo Project page: https://github.com/digistump/DigisparkArduinoIntegration/tree/master/libraries/DigisparkSimpleServo Digispark: http://digistump.com/wiki/digispark To set up the bot for film development, wait for the beep after powering up...

I was recently digitizing some old 16mm movies that date back to 1959 and have splices failing left and right. I needed a solution to create new splices that would feed through my trusty $25 Craigslist projector, as those pricey editing systems just...

Film reel of 24cm created for 16mm film.

I use a machine to convert 35mm film into 16mm film for my vintage cameras.

Designed this for a film cleaning unit. ... This pulleys are usable for 16mm and 8mm film. Designed for 6mm axel / shaft. ... Print 2 of it and glue it together (i used superglue).

They built this for a film cleaning unit. ... This pulleys work with both 16mm and 8mm film. It was designed to fit onto a 6mm axle or shaft. ... Just print two of them out, then glue them together - that's what they did, using superglue.

By using a piece of 16mm film, this reference point can be determined exactly, so that the film is always in the correct scanning position (see photo). ... Drill a hole and use a piece of a paperclip with a diameter smaller than the film perforation.

By using this film adapter, you can scan a 16mm pretty fast by moving it frame by frame. The JPG's created can be processed later with free programs like AVIDEMUX, XnviewMP, XnConvert. It works very well for me and is a cheap method of 16mm film...