Showing posts with label technology. Show all posts
Showing posts with label technology. Show all posts

Tuesday, September 12, 2023

Gerber Accumark Software for Garment Production

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Gerber Accumark is a well-known software suite in the fashion and apparel industry that is specifically designed to streamline the garment production process. It is widely used by clothing manufacturers, designers, and pattern makers to create, modify, and manage patterns, as well as to optimize the production of garments. Here's an overview of Gerber Accumark software for garment production:

Pattern Design:

  • Pattern Creation: Accumark allows users to create digital patterns for garments. This includes basic pattern pieces for various clothing items such as dresses, shirts, pants, and more.
  • Digitizing: Users can digitize existing paper patterns by scanning and converting them into digital formats for easy modification and storage.
  • Grading: Accumark supports grading, which involves creating different sizes of a pattern based on a master pattern, ensuring consistency across sizes.

Marker Making:

  • Marker Creation: The software helps in creating marker layouts, which are efficient arrangements of pattern pieces on fabric, minimizing waste during cutting.
  • Nesting: Accumark's nesting feature helps optimize the placement of pattern pieces on fabric to maximize material utilization.

3D Simulation:

  • 3D Visualization: Accumark offers 3D visualization capabilities, allowing designers and manufacturers to view garments in a virtual 3D environment, making it easier to assess fit and design aesthetics.
  • Fit Analysis: Users can perform fit analysis using 3D simulations, reducing the need for physical prototypes and fittings.

Also Read: Gerber Accumark Machine for Garment Production

Grading and Marking:

  • Efficient Grading: The software allows for the efficient grading of patterns to create various sizes, and it ensures that the graded patterns maintain proper proportions.
  • Automatic Marker Making: Accumark can automatically generate markers based on pattern pieces, optimizing fabric usage and reducing production costs.

Data Management:

  • CAD Data Management: Accumark provides tools for organizing and managing pattern data, making it easy to retrieve and reuse patterns and markers.
  • Integration: It can integrate with other software and hardware solutions used in the apparel industry, such as cutting machines and PLM (Product Lifecycle Management) systems.

Collaboration and Communication:

  • Collaboration Tools: Accumark supports collaboration between designers, pattern makers, and manufacturers, allowing them to work on the same project simultaneously.
  • File Sharing: It enables the sharing of pattern files and other project-related data, facilitating effective communication within a team.

Production Planning:

  • Production Planning: Some versions of Accumark may include production planning features, helping manufacturers schedule and optimize their production processes.

Training and Support:

  • Gerber Technology offers training and support services to help users learn how to use Accumark effectively and address any issues that may arise during its use.

Gerber Accumark plays a crucial role in automating and improving the efficiency of garment production processes, reducing errors, and helping fashion businesses stay competitive in a rapidly changing industry. Its features contribute to cost savings, faster time-to-market, and improved product quality, making it a valuable tool for professionals in the fashion and apparel sector.

Pros and Cons: Gerber Accumark Software for Garment Production

Gerber Accumark software offers various benefits and drawbacks for garment production professionals. Here's a breakdown of its pros and cons:

Pros:

  • Efficiency: Accumark streamlines the entire garment production process, from pattern design to marker making and production planning, increasing overall operational efficiency.
  • Accuracy: The software ensures precise pattern creation and grading, reducing errors and minimizing the need for physical prototypes and adjustments.
  • Material Optimization: Accumark's marker-making and nesting features help optimize fabric usage, reducing material wastage and cutting costs.
  • 3D Visualization: The 3D simulation capabilities allow for virtual garment fitting and design evaluation, saving time and resources during the sample-making phase.
  • Collaboration: Accumark supports collaboration among team members, designers, pattern makers, and manufacturers, fostering efficient communication and teamwork.
  • Data Management: The software provides a structured way to manage and organize pattern data, making it easy to retrieve and reuse patterns, markers, and related information.
  • Integration: It can integrate with other software and hardware solutions commonly used in the garment production industry, enhancing overall workflow efficiency.
  • Support and Training: Gerber Technology offers training and support services to assist users in learning and effectively using the software.

Cons:

  • Cost: Gerber Accumark can be expensive, especially for smaller businesses or independent designers. The initial investment in software licenses and hardware may be a barrier for some.
  • Learning Curve: Using Accumark effectively requires training and practice, which can be time-consuming. Users may need to invest in learning resources or training sessions.
  • Compatibility: Compatibility with other design and production software can be an issue. Integrating Accumark with existing systems may require additional effort and customization.
  • Hardware Requirements: The software's system requirements can be demanding, necessitating powerful computers and hardware, which can add to the cost.
  • Maintenance and Updates: Regular updates and maintenance may be necessary to ensure the software functions smoothly and remains compatible with evolving technology
  • Lack of Mac Support: Historically, Accumark has primarily been available for Windows operating systems, which can be a limitation for users who prefer Macs.
  • Limited Scope: While Accumark covers various aspects of garment production, it may not provide some of the advanced features found in specialized software for specific tasks like textile design or fashion CAD.
  • Initial Setup: Setting up the software and configuring it to match specific production processes can be time-consuming and complex.

In summary, Gerber Accumark is a powerful tool for garment production, offering numerous advantages in terms of efficiency, accuracy, and collaboration. However, it comes with certain challenges, including cost, a learning curve, and compatibility issues, which businesses should carefully consider before adopting the software. Ultimately, its suitability depends on the specific needs and resources of the garment production operation.

Tuesday, March 23, 2021

The procedures in paper pattern grading

pattern grading
By grading a well-known technique in the apparel manufacturing industry. This technique is to increase or decrease a piece of a size. Begin one size so that all content maintains its original shape. This classification network of the block mode is also the basic network of components developed from the block model.

Assign label clothing styles involves many techniques, but they all have a common principle: the basic level.

We can divide these rating systems into the following two broad systems:

  • Track translation system or two-dimensional level.
  • Preliminary rating system or three-dimensional rating.

Two-dimensional system:
Two-dimensional sorting systems can only sort patterns by perimeter and height. Therefore, their application is limited to loss or semi-covered garments because it keeps standard size blanks throughout the entire size range. This system is most suitable for very loose clothing (such as shirts or T-shirts). With a limited range (such as 4-6-8-10-12-14), and it may be possible to use a two-dimensional system to classify them.

Three-dimensional system:
This system not only increases the size of the pattern but also increases or decreases conceal the following areas:

  • Bust to shoulder
  • Hip to waist
  • Elbow to wrist


Three-dimensional grading is the best system. Three-dimensional grading should use as much as possible. By grading tight or tight clothing and clothing with sizes expanded from 8 to 18. The most important area of clothing is the amount of restraint from the bust to the shoulders. Using a three-dimensional classification system requires a good understanding of pattern cutting.

Types of clothing: There are two major categories, they are:

  • Tight or tight clothing.
  • Loose or semi-covered clothes.


The tighter the garment, the more important it is to choose a sophisticated garment classification system. That matches the undressing of the garment. If the fit of the clothes is looser, the value of adjusting the clothes suppression will reduce. So it is more recommended to use a two-dimensional system.

Several sizes: This may depend on whether the clothes are tight or loose. But refers to the situation that the company or company only provides a few sizes. The complexity of the classification system, and so on.

Fabric type: To classify, we can divide special fabrics into two conventional types:

  • With fabric shrinkage
  • Fabric doesn’t shrink


Elastic fabrics are more adjustable and can conform to the contours or contours of the body, so they can use. An inelastic piece of cloth has the opposite effect and must control and balanced throughout the size range.

Classification technology:

  • Draft or multi-size (nested) level.
  • A single-size track or slope.


Draft level: they use this term when the pattern returns to its original block shape. Or when increments apply to the actual pattern draft. This causes the entire size range to overlap with each other and is described by the terms “nested” or “tracking.” Select or track the various parts of the pattern of each size on the card. The draft level can be two-dimensional or three-dimensional. Three-dimensional slope considered being the determination method of the applied slope increment.

The slope of the track: This term will be used when the slope increment applies to each segment of the pattern. By moving the segments of the basic pattern together with the preset track. Make the pattern piece by piece to change its size. The system is two-dimensional, but it is difficult to adapt to a three-dimensional system.

The following are the steps for manual authentication:

  • Prepare the specification
  • Qualifications of the model
  • Check the scale size of the pattern
  • Complete the pattern.


The tools required for classification are:

  • Table
  • Parallel rules
  • Puncher
  • Pencil
  • Proportion Divisor
  • French curve
  • Armhole curve
  • Tailor’s Square
  • Grooving machine
  • Results rules
  • Tape measure
  • Colored pencils or pens


Size range-The size system is a predetermined size range, the maximum difference in circumference between each size. The size change is plus or minus 2 cm, so the logical size range will be 4 cm. An interval of less than 4 cm will cause the most used size in this range.

Size table: Two types of size tables are used.
  • Body size: This type of chart provides the body size of each size. These sizes the basis for constructing patterns as needed.
  • Clothing size: This chart provides detailed information about the finished size. The specifications of each size and used for pattern classification. Size is combine measurements, and a symbol which is a common code between clothing manufacturers and consumers represents each combination.


“X” and “Y” axis: The x-axis of the body and the y-axis of the body and skirt. It will be a line parallel to the center of the back of the center of the front. This is always the case. If the straight y-axis is a line parallel to the large circle line (for example, bust, waist, or hip).

Gerber Accumark Machine

The different qualifications that are still in use are manual. Machine qualifications and computer qualifications that are still in use. The practice of clothing classification involves the effective production of accurate patterns. For this reason, it should always follow some basic rules. There are no hard and fast rules on how to generate the scale pattern set. The choice of the working method also depends on the accuracy and convenience of each person.

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