Garment Pattern Making: pattern

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Training manuals Accumark V8 Pattern Design, Grading and Marking

The process of using Gerber AccuMark for pattern and design typically involves several key steps, including: Inputting Data: The first step in the process is to input data into the AccuMark software. This data can include body measurements, fabric type, and style preferences.

Digital Sketching: Next, designers can use the software's digital sketching tools to create their designs. AccuMark allows designers to sketch out their ideas and experiment with different designs and styles in a digital environment.
Pattern Creation: Once the design is finalized, designers can use AccuMark to create the pattern for the garment. This involves using the software's tools to create a digital pattern that can be used in the production process.
Grading: After the pattern is created, designers can use AccuMark to grade the pattern, creating different sizes of the same garment. This process involves setting grade rules and creating size ranges for the pattern.
Marker Making: Once the pattern is graded, designers can use AccuMark to create a marker. The software optimizes the layout of the pattern pieces to minimize fabric waste and ensure that each piece is placed on the fabric in the most efficient way possible.
Testing and Adjustment: After the marker is created, it's essential to review the results and make adjustments as needed. AccuMark includes simulation tools that allow designers to visualize the marker on a 3D model or mannequin, making it easier to spot any issues or areas that need improvement.
Finalizing and Production: Once the design, pattern, grading, and marker are finalized and tested, the pattern can be saved in a digital format and used for production. AccuMark can also generate technical specifications and other production-related documents, streamlining the production process.

Overall, Gerber AccuMark provides designers with a powerful suite of tools for pattern and design. By using AccuMark, designers can create high-quality patterns and designs in a digital environment, optimize fabric usage, and streamline the production process.

Also Read: Gerber AccuMark for Fashion and Design

Pattern making

Pattern making is the process of creating a blueprint for a garment or clothing item. It involves taking measurements and creating a pattern that will be used to cut the fabric and sew the garment together. Gerber AccuMark is a powerful software tool that can be used for pattern making.

Here are some of the key steps in the pattern making process using AccuMark:

Inputting Data: The first step in pattern making is to input data into the software. This can include measurements, fabric type, and other design specifications.
Drafting: Once the data is input, designers can use AccuMark's drafting tools to create a digital pattern. The software allows designers to create and modify pattern pieces, as well as add seam allowances, notches, and other important details.
Grading: After the pattern is drafted, designers can use AccuMark's grading tools to create different sizes of the same garment. This involves setting grade rules and creating size ranges for the pattern.
Checking: After the pattern is graded, it's important to check it for accuracy and fit. AccuMark provides tools for simulating the pattern on a virtual mannequin or model, allowing designers to identify any issues or areas that need adjustment.
Finalizing: Once the pattern is checked and adjusted, it can be finalized and saved in a digital format. AccuMark also allows designers to generate technical specifications and other production-related documents.

Also Read: Gerber Plotter and Cutting Machine

Overall, Gerber AccuMark provides designers with a powerful set of tools for pattern making. By using AccuMark, designers can create high-quality patterns that are accurate, consistent, and scalable. This helps to streamline the production process and ensure that garments are manufactured to the highest possible standards.

Pattern Digitzing

Pattern digitizing is the process of converting a paper pattern into a digital format. This is typically done using a digital scanner or camera to capture the pattern, which can then be imported into software such as Gerber AccuMark for further editing and manipulation.

Here are some key steps in the pattern digitizing process using AccuMark:

Preparing the Paper Pattern: The first step in pattern digitizing is to prepare the paper pattern. This involves cleaning up any marks or smudges and ensuring that the pattern is as flat and smooth as possible.
Scanning the Pattern: Once the paper pattern is prepared, it can be scanned using a digital scanner or camera. AccuMark supports a wide range of file formats, including PDF, JPG, and TIFF, so the scanned pattern can be easily imported into the software.
Importing the Pattern: After the pattern is scanned, it can be imported into AccuMark. The software includes tools for automatically recognizing and tracing the pattern pieces, making it easy to convert the pattern into a digital format.
Adjusting the Pattern: Once the pattern is digitized, it may need to be adjusted or corrected to ensure that it matches the original paper pattern. AccuMark includes tools for editing and manipulating patterns, allowing designers to make any necessary adjustments.
Grading the Pattern: After the pattern is digitized and adjusted, designers can use AccuMark to grade the pattern for different sizes. This involves setting grade rules and creating size ranges for the pattern.
Checking and Finalizing the Pattern: Once the pattern is graded, it's important to check it for accuracy and fit. AccuMark provides tools for simulating the pattern on a virtual mannequin or model, allowing designers to identify any issues or areas that need adjustment. Once the pattern is checked and adjusted, it can be finalized and saved in a digital format.

Overall, Gerber AccuMark provides designers with a powerful set of tools for pattern digitizing. By using AccuMark, designers can convert paper patterns into a digital format, making it easier to edit, adjust, and manipulate the pattern as needed. This helps to streamline the design process and ensure that patterns are accurate, consistent, and scalable.

Pattern Grading with AccuMark

Patternmaking and Grading Using Gerber's AccuMark Pattern Design Software

Pattern grading is the process of creating a range of sizes from a single pattern. Gerber AccuMark provides designers with a powerful set of tools for pattern grading.

Here are some key steps in the pattern grading process using AccuMark:

Setting up Grade Rules: The first step in pattern grading is to set up grade rules in AccuMark. This involves defining the increments by which the pattern will be graded, as well as any other specifications, such as grade point placement.
Selecting the Pattern Pieces: Once the grade rules are set up, designers can select the pattern pieces that need to be graded. This can be done manually or using AccuMark's automatic grading tools.
Defining the Size Range: After the pattern pieces are selected, designers can define the size range for the pattern. This involves specifying the smallest and largest sizes, as well as any intermediate sizes.
Grading the Pattern: Once the size range is defined, designers can use AccuMark's grading tools to automatically grade the pattern. This involves applying the grade rules to each pattern piece and creating a new pattern for each size.
Checking the Graded Pattern: After the pattern is graded, it's important to check it for accuracy and fit. AccuMark provides tools for simulating the pattern on a virtual mannequin or model, allowing designers to identify any issues or areas that need adjustment.
Finalizing the Pattern: Once the graded pattern is checked and adjusted as needed, it can be finalized and saved in a digital format. AccuMark also allows designers to generate technical specifications and other production-related documents.

Overall, Gerber AccuMark provides designers with a powerful set of tools for pattern grading. By using AccuMark, designers can create accurate and consistent patterns for a range of sizes, streamlining the production process and ensuring that garments are manufactured to the highest possible standards.

Model Creation for Marker Making

Creating a model is an important step in marker making. In Gerber AccuMark, a model refers to a virtual representation of a garment or pattern piece that can be used to simulate fabric consumption and create markers.

Here are some key steps in the model creation process for marker making using AccuMark:

Creating a New Model: The first step in creating a model is to create a new model file in AccuMark. This can be done by selecting "New Model" from the "File" menu.
Importing the Pattern: After the new model file is created, the pattern pieces for the garment should be imported into the model. This can be done by selecting "Import Piece" from the "Piece" menu and selecting the appropriate pattern files.
Arranging the Pattern Pieces: Once the pattern pieces are imported, designers can arrange them in the desired configuration using AccuMark's model editing tools. This involves positioning the pattern pieces relative to each other and defining any necessary seam allowances.
Simulating Fabric Consumption: After the pattern pieces are arranged, designers can use AccuMark's fabric simulation tools to simulate fabric consumption for the garment. This involves defining the fabric type and width, as well as any necessary pattern matching or layout constraints.
Creating Markers: Once the fabric consumption is simulated, designers can use AccuMark's marker making tools to create markers for the garment. This involves defining the marker length and width, as well as any necessary layout constraints, such as minimizing fabric waste.
Checking and Finalizing the Model: After the markers are created, it's important to check them for accuracy and fit. AccuMark provides tools for simulating the markers on a virtual fabric roll, allowing designers to identify any issues or areas that need adjustment. Once the markers are checked and adjusted, they can be finalized and saved in a digital format.

Overall, Gerber AccuMark provides designers with a powerful set of tools for model creation and marker making. By using AccuMark, designers can create accurate and efficient markers for garments, streamlining the production process and reducing fabric waste. Ensure that garments are manufactured to the highest possible standards.

Marker Making with Gerber AccuMark

Gerber AccuMark provides designers and manufacturers with a powerful set of tools for marker making, which is the process of arranging pattern pieces on a large sheet of fabric in a way that minimizes waste and optimizes fabric usage.

Here are the key steps in marker making with Gerber AccuMark:

Importing the Pattern: The first step in marker making is to import the pattern into AccuMark. This can be done by digitizing a paper pattern or by importing a digital pattern file.
Defining the Marker Settings: After the pattern is imported, designers can define the marker settings in AccuMark. This involves specifying the fabric width, the cutting table size, and any other relevant settings.
Arranging the Pattern Pieces: Once the marker settings are defined, designers can use AccuMark's drag-and-drop tools to arrange the pattern pieces on a virtual cutting table. AccuMark provides a range of tools for optimizing the arrangement of the pattern pieces to minimize waste and maximize fabric usage.
Generating the Marker: After the pattern pieces are arranged, designers can generate a marker in AccuMark. This involves automatically generating a cutting layout that minimizes waste and ensures that the pattern pieces fit within the specified fabric width and cutting table size.
Exporting the Marker: Once the marker is generated, designers can export it in a variety of formats, including as a digital file for use with cutting machines or as a printed paper pattern for manual cutting.

Hi, the Philippines!

Our Topic Today is Digitizer!

The name of the experiment was to “Digitizing of a Pattern by using Gerber Scientific’s Digitizer and AccuMark Program”. The experiment comprised start of the AccuMark Software. Choice of the individual Storage Area in hard-drive (Style Number Ex. 123). Formulation of Rule Table, heading to operate Digitizing Table. The mouse with cross-hairs to change the Pattern in hard-form. To a Pattern in mild-form or “Digitized Pattern” in the AccuMark Software. Thus reducing analyze time and boosting adaptability.

Digitizing is a process of adding details of a pattern or slope into the computer.

Storage Area - Style number or the Design Name

Creation of Rule Table - Style number, Sizes, Grading rules

Digitizing Table

Mouse Cursor

Cursor: A tool to select function in a digitizing table.

A= point, B=assigned rule table, C-1=Notch, C-2=V notch

B-Rule table- Use to include a point that has grading (must create a rule table)

Rule Table;

Assign a number of graded points (Value)

1=.125
2.=.25
3.= 375
4.= .6275
5.= .75
6.= .875
7.= 1
8. and so on

Smoothing-A-D-8 (to lessen points in a curve line)

Non-smoothing=A-D-9 (straight line)

Paste your pattern on the table, Make sure the pattern grainline is aligned horizontally on the table.

Digitizing:
Select start piece press A
Select rule table press B
Go to pattern select the grainline and press starting line and the end line.
Grainline pressed A-A
Pressed Dilimeter * (Once done move cursor to an empty field and select the delimiter.)

Go to your Pattern pasted on the digitizer table

Make sure the pattern grainline is aligned horizontally on the table.

Place a number for every point that required grading.

Select start point 1
Pressed AB1
Next-Select point 2
Pressed AB2
Next-Select point 3
Pressed AB3
If curve line
Curve= Pressed A,A,A
If Notch required select either A-C-1 or A-C-2
Notch=A-C-1 (straight)
Notch=A-C-2 (V-notch)
Next-Select last point
Pressed A-B-last point
Select closed piece or mirrored piece
It there is an internal label (ex; Dart, embroidery, buttons point)
Pressed Internal Label Pressed A
Pressed Dilimiter *
Go to Internal lines A, A, A, B, number (if grading is required)

Select end input:Digitizing is over.

Proceed to next pattern:

1. Start piece Place the digitizer cursor over start piece in the digitizing menu and select “point” on the digitizing cursor.

2. Digitize Grain-line “point delimiter."

From left to right, place the cursor over the start and end of the grain-line using point to select points. Once done move cursor to an empty field and selecting delimiter.

3. Digitize Peremitter

Start digitizing the piece at a straight closed line or the mirror line. Use the point to start perimeter.

4. Close or Mirror piece.

Once all points have assigned, the last one should be a straight line from the first start points. After last point placed select close piece or mirror piece and selecting with the point.

5. Internal points

Points > points > then press delimiter (*)

After the piece is closed, you can add two internal lines. Internal line labels can assign by selecting the menu option. Once done entering all internal lines, you can select delimiter.

6. End input- after completing all perimeter lines and internals. Place the cursor over end input and select using point.

Rule Table

Creating a Rule Table
Numeric- Sizes by Numbers ex. 0,2,4,6,8,10,12
Alphanumeric- Sizes by letter ex. S, M, L, XL
1 Assign a Style number
2 Select Size name: Numeric or alphanumeric
3. Input smallest size
4. Next size breaks
5. Input base size
6. Type file name
7. Save

How to set up Default Parameter Tables
Default parameter tables will automatically copy all of the parameter tables from a specified storage area when you create new storage areas.

It will copy all rule tables, notch tables, laylimit, and annotation tables as well. This simplifies the setting up of future storage areas so your user environment is consistently the same.

READ:Garment Pattern Making: Approval sample and adding shrinkage's

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