Budget: 1000 UAH Deadline: 2 days
There is another solution to this issue without rejecting reflections. We can discuss the idea for your task.
It is necessary to design a holder system for catalog photography of a large number of jewelry items (over 300 pairs). The main goal is to minimize retouching time. The mounts should be as thin and inconspicuous as possible while providing a clear fixation of the items at specified angles.
System Composition:
The system should consist of two parts:
- Base holder (stand): A G-shaped structure (height ~10 cm), which will be printed on an FDM printer (possibly the holder head can be printed on SLA for positioning accuracy).
- Replaceable cartridges (item holders): Thin transparent! elements that insert into the base. They will be printed on SLA (photopolymer).
Technical requirements for cartridges (SLA printing):
- Material: Transparent photopolymer. The shape should be as simple (flat) as possible to avoid unnecessary light refractions.
- Thickness: The main working part — from 0.2 mm to 1.3 mm (in the areas of holes for strength).
- Legs: Width up to 2-2.3 mm. Leg length ~25 mm (so that the base of the stand does not get into the frame).
- Holes: Diameter 1 mm for earring pins.
- Variability (Need to develop several types of cartridges):
* For parallel arrangement of earrings.
* With angles of rotation for one or both earrings (45°, 60°, 90° relative to the shooting axis).
* With different distances between the centers of the holes: narrow (18-20 mm) and wide (28 mm).
* Universal holder for pendants (central mount).
Technical requirements for the base (FDM printing):
* Design: Rigid G or P-shaped frame.
* Mounting system: Slots or holes for quick cartridge changes (replacement in 2-3 seconds).
* Reliability: The cartridge must fit tightly, not wobble, and not sag or bend under the weight of the item; it may be possible to make ribs for rigidity (although this will add unwanted refractions).
Alternative Implementation Option (Plug-Matrix System)
As an option, I am considering a more flexible modular system. Instead of solid P-shaped plates, a base with a "matrix" of holes and separate thin plugs for each earring can be made.
The essence of the idea:
* Base (FDM): On the upper bar of the holder, we make a series of holes spaced a few millimeters apart and holes at various angles. This will allow me to set any distance and angle between the earrings (18 mm, 25 mm, 30 mm) simply by rearranging the plugs in different slots.
* Replaceable plugs (SLA): Each earring is attached to its own separate thin transparent "nail".
Why this might be better:
* Maximum versatility: One stand fits everything — from tiny studs to massive pendants.
* Accuracy for the catalog: The item is always fixed in one position, does not wobble, and does not sag.
* Savings: If one thin holder breaks, there is no need to redo the entire structure — just print a new small plug.
It is important for me that you think through the geometry of this connection: the plug must fit tightly, without play, and always to the same depth so that the earrings in a pair are at the same level.
That is, once you attach the earring/pendant to the cartridge - we should be able to photograph it at different angles relative to the camera, simply by changing the hole into which it is inserted.
Budget: 1000 UAH Deadline: 2 days
There is another solution to this issue without rejecting reflections. We can discuss the idea for your task.
Budget: 1234 UAH Deadline: 7 days
Good day!
The technical specification is quite understandable, but there are some ambiguities and complexities regarding implementation: the same depth of plug installation at different angles and the quick change of plugs in the matrix.
It is possible to install the plug at 90 degrees, but it has grooves in the places of the suspension product at different angles.
In any case, to implement this, it is necessary to create a model of the matrix and one plug, test it, and then scale it to N simultaneous photography of the products.
The cost and timeline for the design are under discussion.
Budget: 2000 UAH Deadline: 5 days
Good morning, I will be happy to help you with your project, feel free to reach out and we will discuss everything.
Budget: 10000 UAH Deadline: 14 days
Good day.
For more accurate and consistent execution, at least some examples or hand drawings are needed.
If this is not a problem, then there will be no issues during the design process.
I have extensive experience in creating 3D models for 3D printing.
I have my own engineering FDM 3D printer (it will be possible to quickly test 3D models).
I have experience in designing jigs for machines (not the same as in your task, but very close).
Budget: 6000 UAH Deadline: 5 days
Hello.
I can work online.
I create a version based on your idea, show it, make adjustments, and continue until the final version for printing is created.
If necessary, I can perform a test print (paid separately) to check the feasibility of the idea.
Budget: 6500 UAH Deadline: 1 day
Hello
Ready to develop and manufacture
Write in private messages
We will discuss the details
Не проблема виконати цю задачу і за ціну яку ви вказали,але з наведенням якихось прикладів,або намалюйте від руки примітивне креслення,щоб люди розуміли як ви це бачите.Тільки опису недостатньо(За цю ціну).Якщо ж це робити за описом,то буде багато правок тому цінна за цю роботу точно повинна бути вищою як мінімум у три рази.
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