Tag: squeeze

  • Vanilla Curl Cream 3D Model

    Vanilla Curl CreamOriginally created with 3ds Max 2015 and rendered in Mental Ray.Total Poly Counts: Without MeshsmoothPoly Count = 3872VertexCount = 3790Total Poly Counts: With MeshsmoothPoly Count = 15316VertexCount = 15314Model is placed to 0,0,0 scene coordinates.Every part of the model named properly.The model is Full unwrapped.Include 1 camera and 3 light With Studio setup.Unit Setup: MeterUse 2 jpg textureTexture Size : 2048*2048 pxTexture format: JpgAlso, Include Full Layered PSD FileAlso available in many formats.3ds Max 2015 Mental RayCinema 4d R 13OBJFBX3DS

  • Lemon Squeezer 3D Model

    Lemon Squeezer 3D Model

    Modelled : ZBrush 4R6 – 3ds Max 2013Rendered : 3ds Max 2013 – Vray 2.30Files : .max (2010, 2011, 2012, 2013).fbx.obj.mtland textures(c) 3D_SB 2015

  • Orange Squeezer 3D Model

    Orange Squeezer 3D Model

    Modelled : ZBrush 4R6 – 3ds Max 2013Rendered : 3ds Max 2013 – Vray 2.30Files : .max (2010, 2011, 2012, 2013).3ds.fbx.obj.mtland textures(c) 3D_SB 2015

  • Metal Gripe 3D Model

    Metal Gripe 3D Model

    Metal Gripe low-poly 3d model ready for Virtual Reality (VR), Augmented Reality (AR), games and other real-time apps.Product made in Blender 2.78a, and supplied with a corresponding set of PBR-compatible textures, maded in 3D-Coat.Enhanced detalization of this models and supplied PBR textures will raise realism of your real-time projects._______________________________________________Metal Gripe pack includes:-Model Gripe_1 (.blend, .obj, .fbx, .max(14-17))-Texture packs(4096×4096) for:UE4Unity (Specular and Standart workflow)Standart PBR (Metalness and Specular workflow)Blender CyclesCorona (Standart and IOR)V-ray (Standart Blinn, Standart GGX,IOR Blinn for 3Dmax, IOR GGX for 3D max)

  • Squeeze clip for filament spool spindle / axle 3D Print Model

    Squeeze clip for filament spool spindle / axle 3D Print Model

    Summary
    For my Anet A8 I wanted a quick release alternative to the supplied M8 nuts, so I designed this squeeze clip. To use just squeeze the arms together slightly to release the grip on the rod and slide off. They won’t grip as well as a nut with lock nut, but it works fine to hold the spindle in place.
    I made 2 sizes one for the stock M8 threaded rod with an inside diameter of 7mm and a smaller one for a 6.4mm guide rod I salvaged for a scanner, used for a different spool stand.
    Print Settings
    Printer:
    Anet A8 Rafts:
    No Supports:
    No Resolution:
    0.2mm Notes:
    I used a wide skirt to help with bed adhesion, My printer isn’t keen on small parts and I lose accuracy without the skirt. Your printer may vary.
    The needed supports are all built in and will snap off. I print the clips with 4 lines on the walls / shells hence the 0% infill. I tried printing with thinner walls and 20% infill, but the clips were prone to snapping.
    Post-Printing
    Trim any skirt and stringing. The support in the gap between the rings that allows the clip to flex, will break free the first time the clip arms are squeezed.
    There may be a small amount of support material that needs freeing up from the gap. I used tweezers and a craft knife.
    How I Designed This
    Designed with Fusion 360