Blender : 3D Modelling - Every day objects

Master detail-oriented 3d modeling in blender by building a thermometer from a base plane, extruding to thickness, adding a cylinder and cone, and detailing the display and button.

Calibrate a thermometer model in Blender using top and side reference images with adjusted opacity. Use the 3D cursor as the pivot to scale references from the origin to dimensions.

Build a thermometer component in Blender by starting with a plane, adding loops for curves, beveling vertices, extruding, and refining topology with merges and edge dissolves.

Extrude and scale the model to match the drawing, apply subdivision surface for smoothness, and use bevels and loop tools to form a circular front with sharp edges.

Model a button thermometer in Blender by forming a circular button, ripping vertices, linking selections, extruding, beveling, and adding loops for sharp edges and display.

Learn to model a thermometer in Blender by assigning blue plastic, white plastic, teal screen, and stainless steel sensor, adjusting roughness and metallic values, while preserving low polygons for shaping.

Model a shovel by bending a flat sheet metal into a shovel form and creating its hollow blade. Extrude a circular handle and attach it to the shovel.

Calibrate a reference image in blender by using a plane to set scale, rename the empty as shovel ready, adjust transparency, and lock it in a shovel collection.

Model a shovel in Blender by starting with a plane, extruding and beveling vertices, bending with a pivot, rotating along the y axis, and refining with subdivision and center merge.

Create a shovel in Blender by extruding and shaping the handle, adding edge loops and bevels, applying a 1 mm solidify, and refining with subdivisions for a smooth, rounded look.

Learn to model a shovel in Blender by using the 3D cursor, circle creation, extrudes, modifiers (mirror, solidify, subdivision surface), edge loops, smoothing, and precise scale.

Learn to assign materials to a shovel in Blender, creating black metal with full metallic value and low roughness, apply wood textures to handles, and use normal maps.

Create a hand-wash bottle in Blender, modeling the pump and ceramic container with detailed bumps and plateaus. Build the form, apply bump details, and refine surface features.

Load the bottle reference image, create an 18.5 cm plane to match it, rotate 90 degrees on the X axis, and set opacity to 0.5 before modeling.

model a bottle in Blender from a 24-vertex circle to a tapered body with a neck and cap, using extrudes, edge loops, subdivision surfaces, and checkerboard face selection.

Model the bottle top in Blender by extruding, scaling, and adding loops for precise thickness. Finish by applying a gold material to the top and white ceramic to the body.

Assign materials to a bottle model by adjusting roughness and metallic for gold and black plastic finishes, preview materials, and create thickness through slight extrusion and scaling.

Explore non-destructive bevels and modifiers in Blender, comparing extrusion vs modifier workflows, and learn to stack mirror, solidify, and subdivision surface for clean, editable mesh.

Model a cooking pan in Blender by detailing a circular extruded body, a glass lid in a metal frame, a dual lip, and a wooden insulated metal handle.

Load top, front, and side reference images in blender, calibrate with a 51.15 cm plane, center the references, group into a collection, and prep for modeling.

Model a circular pan by starting with a centered circle of 24 segments, extruding and shaping the lip, refining with subdivision, bevel, and a 3 mm solidify thickness.

Model a lid-based object in blender by selecting edges, using loop cuts and subdivision surfaces, applying solidify to create glass and metal parts, refining with extrude and bevel.

In Blender 3D modeling, build a metal and wooden handle using planes and circles, add edge loops, insets, bevels, and subdivision for a smooth, polished form.

Assign materials to the pan, including glass with transmission and a wooden texture from ambient textures, mapped with color via image textures. Use smart projection to resolve UVs.

Model a citrus juicer in Blender, emphasizing metal forms, sharp edges, and the juice platform with holes that collect and spin juice, the juice tank, and the handle.

Calibrate reference images from Blender top and front views to 14.5 cm for a juicer, clear plane, set opacity to 0.5, and group references into a juicer collection for modeling.

Learn to model a rounded square juicer part in Blender by extruding, beveling, and refining edge loops, then applying subdivision and smooth shading for a metal finish.

Model the top portion of a juicer in Blender by extruding and scaling to form a raised platform, adding holes with loops, and fixing normals for smooth shading.

Create a juicer part in Blender by building a circle, extruding, beveling, duplicating components, adding thickness with solidify, and refining normals and smooth shading for clean, rounded edges.

In Blender, assign and link materials to the juicer, adjust metallic and roughness to simulate oil, and complete the modeling and shading of the juicer.

Learn to model a heating rod in Blender from reference sketches, forming a circular shape extruded into straight surfaces, then add a spiral rod and plating to show water amount.

Learn how to set up reference images in Blender, align front and side views, calibrate scale to 30 cm, and position and orient planes to begin modeling.

Enable Blender add-ons to access extra curve and mesh objects, model a spiral by extruding and adjusting points, then set thickness and smooth with subdivision and solidify modifiers.

Craft a heating rod model by profiling reference curves, creating a circle, extruding, scaling, knife cuts, and beveling, then refine with subdivision, solidify, and smoothing.

Learn to model a heating rod in Blender by selecting and extruding faces, refining curves, adding loops, and assembling a metal plate with basic materials for a realistic everyday object.

Assign materials in blender by shading and selecting items, and apply an orange plastic material with adjusted roughness to a modern heater model.

Discover how Blender unifies modeling, rendering, and animation in one powerful software, boosted by extensive shortcuts and a non-destructive modifier stack.

Plan with a clear approach to reach your 3d model quickly and efficiently; analyze objects' scale, proportion, and details, and sketch the plan before modeling in blender.