Catnap from Poppy Playtime, part of the smilling critters, this model is based on his cartoon version

Catnap - Poppy playtime

Towerwindmill made from brick stands high, milling grain. A nice little scene with water and fooliage.

https://en.wikipedia.org/wiki/Tower_mill

Windmill near Water

## Scanning
Scanning was done in standalone mode at highest resolution (0.2mm, PC connected can be higher) and until target quality was reached. I placed the casting on bed of marker cards and geometries so I can also capture the sides of the casting. The scan itself was performed with all three laser modes taking roughly 5min for scanning. No scan spray was used for scanning.

## Post-Processing
I imported the scan project to my PC over USB and then fused the scan at default settings (0.2mm). Afterwards I used Quicksurface to align the scan to the coordinate system. For this part I also did a quick reverse engineering of the negative for later milling. I simply used auto surfacing in Quicksurface toleranced to 0.1mm (everything in green within 0.1mm).

Wax Casting of Church - Creality Sermoon P1

this is one of the milling machines cutting tools

Face Milling

Professional full-length orthopedic insole designed by Biomech Studio using advanced CAD modeling and biomechanical correction principles. This custom orthotic insole is optimized for comfort, stability, pressure redistribution, and manufacturing compatibility for podiatry and orthopedic applications.

**Main Biomechanical Features**

1. • 40° Arch Skive Correction for enhanced medial arch control and foot alignment
1. • Metatarsal Pad (1–5 mm adjustable height) for forefoot pressure relief and metatarsal support
1. • Hexagon 3D Print Hole Pattern (1.5 mm) optimized for lightweight structure, airflow ventilation, and flexible 3D printing performance*

Additional Features

• Full-length anatomical support
• Heel stabilization geometry
• Pressure redistribution design
• Lightweight perforated structure
• Smooth manufacturable CAD topology
• CNC milling and 3D printing ready

Applications

• Custom orthopedic insoles
• Podiatry CAD/CAM workflows
• Foot biomechanics research
• 3D printed orthotics production

Custom 3D Printed Orthotic Insole

This model was generated using Meshy(https://www.meshy.ai)'s AI toolkit. It provides tools that effortlessly turn human imagination into stunning 3D models.

If you're interested in this model, visit the model page on Meshy to explore more about it: [https://www.meshy.ai/3d-models/Industrial-milling-machine-v2-019e0de6-ffe6-7ec2-9316-4b4cac1a1937?utm_source=sketchfab](https://www.meshy.ai/3d-models/Industrial-milling-machine-v2-019e0de6-ffe6-7ec2-9316-4b4cac1a1937?utm_source=sketchfab)

Industrial milling machine

Mill wiper support

**Regular 3/4 Orthotic Insole Overview**
Professional custom 3/4 length orthotic insole model designed by **Biomech Studio** for podiatry applications, custom orthosis development, and medical footwear manufacturing. 


**Key Design Features:**
* **3/4 Length Low-Volume Profile:** Eliminates forefoot bulk, making it highly versatile for narrow, tight, or dress shoes while retaining strict clinical support.
* **Anatomical Arch Support:** Engineered to provide targeted midfoot stability, improve medial arch alignment, and reduce overpronation.
* **Deep Heel Cup Cradle:** Designed to maximize rearfoot stability, align the calcaneus, and optimize natural shock absorption.

**Technical Specifications:**
* Contoured, medically sound orthopedic geometry
* Smooth, production-ready CAD surface (designed in Rhino 3D)
* Ideal base for custom orthotic adaptations and top-cover additions
* Fully compatible with CNC milling machines and 3D printing workflows

Regular 3/4 Orthotic Insole - Biomech Studio

**Customized Orthotic Insole Overview**
Professional custom orthotic insole CAD model designed by **Biomech Studio**. This advanced 3D model is clinically engineered for specialized podiatry applications, custom orthosis development, and precision CNC milling or 3D printing manufacturing workflows.

**Key Clinical & Design Features:**
* **Deep High Heel Cup:** Engineered to provide maximum calcaneal stabilization, locking the rearfoot in place to reduce heel eversion and absorb striking shock.
* **Integrated Medial Flange:** Features an extended medial wall designed to block excessive pronation, support the talonavicular joint, and provide rigid midfoot control.
* **Anatomical Corrective Geometry:** Optimized to deliver strict biomechanical alignment for severe flat foot (pes planus) or hyperpronation conditions.

**Technical Specs & Applications:**
* Production-ready, watertight geometry (Rhino 3D)
* Fully compatible with podiatry CAD/CAM and CNC carving
* Ideal for custom medical orthotics labs

Customized Insole - High Heel Cup, Medial Flange

**Amputated Partial Foot Orthopedic Last Overview**
Professional custom high-volume orthopedic shoe last designed by **Biomech Studio**. This advanced 3D model is specifically engineered for custom medical footwear manufacturing, podiatry applications, and specialized partial foot amputation accommodation.

**Key Clinical & Technical Features:**
* **Amputated Partial Foot Accommodation:** Modified forefoot geometry designed to structurally support partial foot amputations while ensuring proper footwear shape.
* **High Last Deep Volume:** Engineered with an elevated instep and expanded vertical depth to seamlessly leave space for thick, customized orthotic fillers and prosthetic inserts.


**Specifications & Workflows:**
* Professionally developed in Rhino 3D for medical CAD/CAM
* 100% compatible with industrial CNC milling and 3D printing workflows

Asset Library

About These Assets