3d printed molecular models

Using BlocksCAD software, students can 3D print molecular models and gain a deeper understanding of molecular geometry by creating their own models, such as this carbon atom, which will teach them about the angles and atoms that lead to specific...

This OPENscad program, based on "Protein Models," includes "atom" and "bond" modules for creating spheres and cylinders, respectively. Atom requires a radius and atomic coordinates, while bond needs two sets of atomic coordinates. An example usage is...

It includes models for carbon, hydrogen, oxygen, nitrogen, and halogen atoms, as well as three sizes of bonds for single, double, and triple bonds. If necessary, they can be scaled to fit different atomic sizes. Please note that bond sizes will...

Modèles moléculaires destinés à compléter les boîtes élèves Jeulin : référence 702016. ... Jamais imprimé, dans la mesure où l'établissement ne dispose pas d'imprimante 3D.

These modules connect the frameworks with precise joins and should be fabricated in an array formation using a base structure. ...It's advisable to print them at 93-96% of the original scale to factor in any material contraction.

The intricate structure of glucose is on full display in its molecular 3D model, a visual representation that captures the precise arrangement of its atoms. Here, every molecule, bond, and particle aligns perfectly with our current understanding of...

It is a Low poly high quality 3D model for game development and VR. The model is created with Maya and all the formats exported. The model exported from Maya 2013 version. ...Model is with PBR textures.

Melatonine- Molecular 3D Model.

Testosterone - Molecular Model 3D Model.

In molecular system modeling, a basic feature includes animated rotation of textures.

Serotonin - Molecular 3D Model. This comprehensive molecular model was crafted using the latest version of 3ds Max 2020, along with Arnold 5 rendering software. It's perfectly suited for high-definition broadcasting, close-up shots in high-res...

This is a premium quality, extensively detailed Cortisol-Molecular 3D Model optimized for use in various modeling applications and ideal for close-up shots. The model was created using the latest version of 3ds Max 2016 and V-Ray 3.60.03. The package...

Many innovative 3D printed designs are being created right now. ...If you've successfully printed your own models, we invite you to share them in our 3D Printed Projects community at https://b2b.partcommunity.com/community/group/833/3d-printed-projects.

A new "3D Printed Projects" group has been created, welcoming members to share images of their 3D printed creations. ...Visit https://b2b.partcommunity.com/community/group/833/3d-printed-projects to join and display your masterpieces!

Simple modeling by using the mel language.(Comes with mel coding)

Molecular Sugar Models - Sucrose Structure Exposed Sucrose Unveiled - C12 H22 O11 Molecular Formula Glucose Revealed - C6 H12 O6 Molecular Makeup Fructose Discovered - C6 H12 O6 Molecular Composition Print Settings Defined Printer Selected - Maker...

This amazing thing lets you print a semi-scale model of any of the MEADS Major End Items. MEADS is the Medium Extended Air Defense System developed jointly by the USA, Germany, and Italy, and it forms the basis for the future German Tactical Air...

What better way to show your love for your favorite chemist than with a space-filling molecular model of a molecule that just happens to look like a lacy valentine! Just think, if you were to give your true love a single gram of phenanthrene, they...

Space-filling molecular models offer an engaging visual representation of a molecule's actual volume, contrasting its connectivity. Computer graphics have largely replaced physical models for this purpose, but real-world models provide a tangible...

What better way to express your admiration for your favorite chemist than with a space-filling molecular model of a molecule that just happens to resemble a delicate valentine! Just think, if you were to give your true love a single gram of...

Space-filling molecular models are valuable when you want to show that actual volume a molecule occupies, as opposed to its connectivity. Nowadays this is done mostly using computer graphics, but this doesn't give you something you can pass around...

In that case, use the appropriate carbon model and print it in your nitrogen color (they're the same size and shape). You frequently get two rings joined together; this lets the delocalized electrons extend over both rings, which results in a...

In that instance, use the appropriate carbon model and print it in your nitrogen color (they're the same size and shape). You often get two rings joined together; this allows the delocalized electrons to extend over both rings, resulting in a...

Space-filling models rely on two measurements: covalent radius (distance between atoms) and Van der Waals radius (diameter of the atom). Covalent radii can be accurately calculated while Van der Waals radii are harder to determine. There are several...

In that case, use the appropriate carbon model and print it in your nitrogen color. (they're the same size and shape). You frequently get two rings joined together; this lets the delocalized electrons extend over both rings, which results in a...

"I thought one of the points of space-filling models was to tell when things get too close together." That's true, but they don't crowd other atoms that much, and atomic orbitals seem to be more flexible than ABS. It would be interesting to try using...

"I thought one of the main points of space-filling models was to determine when things get too close together." That's true, but they don't overcrowd other atoms as much, and atomic orbitals appear to be more flexible than ABS (it would be...

On another note, space filling models rely on two key measurements: the covalent radius, which determines atom distances, and the Van der Waals radius, representing atomic diameters. Covalent radii can be precisely calculated, whereas Van der Waals...

This 3D arrangement of nitrogen compounds depends on where the lone pair is located. Nitrogen6 represents the tetrahedral form, while NitrogenSP21 signifies the planar structure. Other forms include double and triple bonded nitrogens, but these are...

So, the 3D structure of nitrogen compounds depends on where the lone pair is located. Nitrogen6 represents the tetrahedral form, while NitrogenSP21 shows the planar form. There are also double and triple-bonded nitrogens, but most of these apply to...