Why Body Scanning Is Used for Custom Dress Forms
A custom dress form replicates the shape of a specific individual. This includes body proportions, posture, and natural asymmetries.
Traditional dress forms represent standardized sizing systems. They cannot accurately reproduce the geometry of a real unique body.
A 3D body scan captures the full surface of the body and converts it into a digital 3D model. This model becomes the basis for manufacturing a physical dress form that reflects the scanned person’s actual shape.
Because the form is derived directly from the 3D model, the resulting form functions as a true body double for the wearer.
3D scanning and digital sculpting options
for Dress Forms and Mannequins
TORSO SCAN
for a DRESS FORM
$300
If you are planning to order a custom dress form – torso – and not planning any other uses for a 3D body scan (such as use in virtual fashion software for digital pattern-making) – this scan option is the best fit. It includes only the necessary features for making a custom form, making it a budget friendly option.
What is included with in this torso scan?
- In-person professional 3D scanning in our office
- Processing of the 3D files to prepare 3D model for making a custom dress form (torso part only)
- Basic editing: smoothing of undergarment lines, minor adjustments
- Report with screenshots and a few key-measurements (please note – these measurements are for referencing the 3D model and are different from traditional tailoring measurements)
What is NOT included with this scan option?
- Additional editing and adjustments: such as symmetry adjustment, or shaping for corseting
- 3D model is not provided to the client
BASIC FULL BODY SCAN
for a DRESS FORM
From $500
If you are planning to order a custom dress form – basic full body – this scan option is the best fit. Includes all the necessary features for making a custom form and offers flexibility for upgrades.
What is included with in this torso scan?
- In-person professional 3D scanning in our office
- Processing of the 3D files to prepare 3D model for making a custom dress form (basic full body – hands, feet and face are represented as general outline, not detailed; can be upgraded for detailed for an additional fee)
- Basic editing: Smoothing of undergarment lines, minor adjustments
- Report with screenshots and a few key-measurements (please note – these measurements are for referencing the 3D model and are different from traditional tailoring measurements)
What is NOT included with this scan option?
- Additional editing and adjustments: such as symmetry adjustment, or shaping for corseting
- 3D model is not provided to the client but can be purchased for an additional fee
3D model editing
and Digital Sculpting
We offer custom editing for our 3D scans. From minor edits, such as under-garment lines removal, to symmetry adjustments and application-specific edits – we tailor 3D models client’s needs.
From Body Scan to Physical Dress Form
The workflow consists of several stages
3D Scan Capture
The body surface is captured using a professional scanning system that records the full geometry of the torso, limbs, and posture.
3D Model Processing
The scan is converted into a clean digital body model.
Typical adjustments include:
smoothing undergarment lines,
clearing out the under arms and crotch areas, preparing the model for manufacturing.
Optional adjustments such as symmetry correction or shaping for corsetry can also be performed.
Before we finalized the 3D model, we implement client’s feedback.
Manufacturing
Once the body model is prepared, it becomes the basis for the manufacturing process.
The digital geometry drives CNC carving that reproduces the body shape in a pinnable material suitable for fitting garment development.
Because the form is derived directly from the scan, the resulting object functions as a physical body double.
Other Ways to Create a 3D Model
When an in-person professional scan is not possible, body models can also be created using:
- measurements and photographs
- phone scanning applications
- AI reconstruction tools
- third-party scanning providers
These methods can produce useful approximations, but their accuracy, repeatability and privacy (when AI is utilized) of the process are typically lower than a controlled professional scan.
A detailed comparison of these approaches is available on the 3D scanning page.
How our Scanning Process Is Optimized for Dress Forms
Scanning for a dress form requires a controlled capture method
Small differences in posture, stance, and body tension affect the geometry that will later be reproduced in the physical form. During the scanning session we guide the client into a balanced standing position which would work best for creating a tool for garment development and fitting.
We have designed our own scanning process and fine-tuned it over the years of our work. Capturing 3-4 scans with various arms and legs positions allows us to have the necessary data for making a quality dress form.
Our goal is to always give the best possible experience to our clients by tailoring our approach to their specific needs.
How a Dress-Form Scan Differs from Other Types of Scans
3D body scans can be captured for different purposes. The required pose and capture method depend on how the model will be used.
Scans intended for digital avatars or visualization are usually captured in standardized poses such as an A-pose or T-pose. These poses work well for automated software pipelines because many packages (such as CLO3D, for example) expect this position when converting a scan into a digital avatar.
However, these poses are not ideal for garment fitting or dress form production.
A pose with the arms positioned lower, closer to a natural I-pose, produces more more accurate representation of the shoulders and chest – which is critical for estimating the fit.
Many software packages, such as CLO3D, include automatic tools that convert a scan into a digital avatar. These tools typically work best when the scan is captured in an A-pose or T-pose. After the avatar is created, the software can reposition the arms into other poses.
However, this repositioning is only an approximation. Each person’s body changes differently when the arm position changes. Shoulder shape, chest volume, and torso geometry shift in ways that software cannot fully reconstruct from a scan captured in a different pose.
For this reason, when scanning for a custom dress form, we capture the body in a modified I-pose. This pose places the arms lower and closer to a natural standing position while still allowing the scanner to capture clean geometry.
The exact pose is slightly adjusted for each individual. Every body is different, and the optimal arm position must be adapted to avoid scan artifacts while preserving realistic body geometry.
Capturing this pose requires more careful setup and additional post-processing, but it produces a body model that is significantly better suited for manufacturing a physical dress form.
Because custom dress forms are manufactured from the digital model, it is important that the scan be optimized specifically for garment fitting and dress form production, rather than for software convenience.
For dress form manufacturing, body posture and pose are critical factors in scan accuracy.
Using One Scan for Both a Dress Form and a Digital Avatar
A professional 3D body scan can support multiple applications from a single capture.
The same dataset can be used to:
*manufacture a custom dress form
*generate a digital avatar for garment simulation
*perform body comparison, measurement, or fit analysis.
While one scan can serve all of these purposes, it is important to prioritize the most demanding use case during capture.
Creating a physical dress form requires highly accurate body geometry because the scan will be used directly for manufacturing. Small deviations in posture or body shape can affect how garments fit on the final form.
Digital avatars, on the other hand, are more flexible. Most garment design platforms, including CLO3D, can generate or adapt avatars from a variety of scan sources through automated conversion tools.
For this reason, when both outcomes are planned, the recommended approach is to capture the scan using the method optimized for dress form production. Once the high-accuracy body model is prepared, a digital avatar can then be derived from that same model for use in 3D garment software.
This workflow ensures that the most geometry-sensitive application – the physical dress form – receives the highest fidelity data, while still enabling full use of the scan in digital environments.