Vegetable - Food 3D Models

We have 638 item(s) Royalty free 3D Models.

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  1. Salad Plates Set 3D Model
  2. Greek Salad Bowl 3D Model
  3. Chicken Caesar Salad 3D Model
  4. Caprese Salad Plate 3D Model
  5. Pumpkin cartoon 3D Model
  6. Vegetables pile 3D Model
  7. Vegetable collection 3D Model
  8. Mint herb plant 3D Model
  9. Kale leaf 3D Model
  10. Cauliflower vegetable 3D Model
  11. Mushroom cartoon 02 3D Model
  12. Salad 002 3D Model
  13. Tomato 3D Model
  14. Salad 001 3D Model
  15. Basil leaves 3D Model
  16. WG 4002 - STL Grain crusher - scrapper - 1 kW 3D Model
  17. WG 4002 - STL Grain crusher - scrapper - 3kW 3D Model
  18. WG 4001 - STL Feed pelletizer - Granulator 3D Model
  19. Cooking Oil Bottle 3D Model
  20. Stylized Mushrooms 3D Model
  21. Stylized Vegetable Pack 3D Model
  22. Stylized Tomato 3D Model
  23. Stylized Pumpkin 3D Model
  24. Stylized Onion 3D Model
  25. Stylized Garlic 3D Model
  26. Stylized Eggplant 3D Model
  27. Stylized Cucumber 3D Model
  28. Stylized Corn 3D Model
  29. Stylized Chili Pepper 3D Model
  30. Stylized Carrot 3D Model
  31. Stylized Broccoli 3D Model
  32. Stylized Sweet Bell Pepper 3D Model
  33. Stylized Beetroot 3D Model
  34. Brown cap mushrooms 3D Model
  35. Black Krim tomato 3D Model
  36. Pickled cucumber 3D Model
  37. Stylized Cabbage Roll 3D Model
  38. Pumpkin 3D Model
  39. Turnip in tray with price tag 3D Model
  40. Parsnip in tray with price tag 3D Model
  41. Black radish in tray with price tag 3D Model
  42. Turnip 3D Model
  43. Parsnip 3D Model
  44. Crown-shaped pumpkin 3D Model
  45. Brussels sprout 3D Model
  46. Black radish 3D Model
  47. Broccoli 3D Model
  48. Mushroom cartoon 3D Model
  49. Red pumpkin 3D Model
  50. Tomato Slice 3D Model
  51. Rosemary 3D Model
  52. Red Pepper Slice 3D Model
  53. Pickle Slice 3D Model
  54. Olive 3D Model
  55. Mushroom Slice 3D Model
  56. Lime Slice 3D Model
  57. Cucumber Slice 3D Model
  58. Basil 3D Model
  59. Avocado Slice 3D Model
  60. Tomatoes with tray 02 3D Model
  61. Tomatoes with tray 01 3D Model
  62. Potatoes in Red Burlap Sacks on the Pallet 3D Model
  63. Carrots 3D Model
  64. Cabbage 3D Model
  65. Corn 001 3D Model
  66. Pumpkin With Witch Hat 3D Model
  67. Scary Pumpkin 3D Model
  68. Pumpkin 3D Model
  69. -50%
    Baguette Sandwich Packaging Simple M 1 3D Model
  70. -50%
    Snack Packaging Rior Simple M 1 3D Model
  71. -50%
    Chips Packaging Dalac Simple M 1 3D Model
  72. Tomato Sauce Bottle 3D Model
  73. -50%
    Feng Shui Souvenir Pu-Erh M 1 3D Model
  74. Garlic 3D Model
  75. Broccoli Bunch 3D Model
  76. Pumpkins 3D Model
  77. Acorn Squash 3D Model
  78. Butternut Squash 3D Model
  79. Asparagus 3D Model
  80. Belgian Endive 3D Model
  81. Potatoes 01 3D Model
  82. Potato whole half and slices 02 3D Model
  83. Spring Onions 04 3D Model
  84. Spring Onions 02 3D Model
  85. Spring Onions 01 3D Model
  86. French fries cartoon 3D Model
  87. Aguera Cauliflower 3D Model
  88. Tomato 3D Model
  89. Sugar Beet 3D Model
  90. Spinach 3D Model
  91. Radish 3D Model
  92. Chili Pepper 3D Model
  93. Green Bean 3D Model
  94. Garlic 3D Model
  95. Eggplant 3D Model
  96. Cucumber 3D Model
  97. Kale 3D Model
  98. Potato 3D Model
  99. Onion 3D Model
  100. Okra 3D Model
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How is "Leafy Green" realism achieved in 2026 vegetable models?

The challenge of modeling lettuce, spinach, and kale lies in the "Translucency" and "Vein Structure." In 2026, we use "Two-Sided" shaders with custom "Transmission Maps" that allow light to shine through the leaf, revealing the intricate network of veins. The edges of the leaves feature "Micro-Frayed" geometry to prevent them from looking like perfect, sharp planes. This ensures that a salad bowl looks light and fresh, with the light interacting with the layers of greens in a way that feels organic and crisp, which is a standard for professional food photography.

Do root vegetables include "Soil and Residue" textures?

Yes, for a "Farm-to-Table" look, our 2026 root vegetables like carrots, potatoes, and beets include "Layered Dirt" masks. These are not just brown colors but actual "Displacement Maps" that add a clumpy, gritty texture to the skin. Users can adjust the "Cleanliness" of the vegetable, switching from a freshly dug-up look to a washed, "Supermarket-Ready" appearance. This level of environmental detail is perfect for agricultural visualizations, organic brand marketing, and rustic kitchen renders where a sense of origin is important for the narrative.

How is the "Snap and Crunch" of vegetables visualized?

Freshness is visually communicated through "Turgidity" and "Specular Glint." In 2026, vegetables like bell peppers and celery feature "High-Tension" surface geometry and "Wetness" maps that simulate the moisture on the skin. When sliced, the "Internal Moisture" is represented by a separate refractive layer that catches the light, mimicking the "Juice" released when a vegetable is cut. This "Glisten" is what tells the viewer the vegetable is crunchy and fresh, making it an essential feature for grocery commercials and health-app interfaces.

Are vegetables provided in various "Life Cycle" states?

To support realistic ArchViz, the 2026 collection includes "State-Based" assets. A single vegetable might come with "Garden Fresh," "Supermarket Standard," and "Slightly Wilted" versions. The "Wilted" versions use "Morph Targets" to show the leaves curling and losing volume, along with "De-Saturation" textures. This allows for environmental storytelling, such as showing a kitchen that has been left unattended or a "Zero-Waste" educational simulation. This variety ensures that the models can be used for more than just perfect marketing shots, but for realistic life-simulations as well.

How are "Complex" vegetables like broccoli and cauliflower modeled?

Vegetables with "Fractal" structures, like broccoli or romanesco, are created using "High-Resolution Photogrammetry" combined with "Procedural Growth" algorithms. In 2026, these models feature thousands of individual "Florets" with "Subsurface Scattering" to capture the dense yet porous look of the vegetable head. Despite this complexity, they are provided with "LOD-Optimization," allowing them to be scattered in large quantities (e.g., in a grocery bin) without crashing the render engine. This balance of extreme micro-detail and performance optimization is a hallmark of the 2026 vegetable category.