Digitizer lectra

Types of Digitizer Lectras

The digital pattern-making machine showing patterns on digital screens is called a digitizer or digital patternmaker. Digitizer Lectra offers several digitizers for different needs. Here are some of them:

• Genies:

  The Genie is a small and compact digitizer. It enables designers to include manual input in their design work. The Genie digitizer helps designers and patternmakers to key in their creative ideas while using the computer to assist them in their work.

• Smart:

  The Smart digitizer is mobile and practical. It enables the designer and patternmaker to create designs with ease and is a helpful tool in the drafting room. The plan can be built digitally with the assistance of the Smart digitizer. The Smart digitizer works with the Modaris, which is the Lectra fitting solution.

• Silitron:

  The Silitron digitizer is a large-format digitizer. With the Silitron digitizer, the entire garment can be viewed on one screen. This is an electrostatic digitizer that has no moving parts and provides stability when digitizing. It can be used as a table or a wall, and details can be observed clearly in the zoomed-in mode. It is very light, and efficiency is increased because of its speed.

• Gennassette:

  The Gennassette is another large-format digitizer giving a clear outline of the garment being digitized. It is suitable for long and complicated patterns with a lot of details. The overall view of the pattern helps the designer and patternmaker have more awareness and improve their skills.

• Paragon 75 and 100:

  Paragon Digitizer is available in two sizes, 75 and 100. It is a hybrid digitizer that can be used for digital as well as manual input. It allows all kinds of input and works well with Modaris and other Lectra fashion design solutions. The Modaris solutions serve to provide the user with the complete process from start to finish.

Specifications & Maintenance

• Digitizing Tablet: This includes details about the digitizing tablets used in the Lectra Fashion Digitizer, which can vary in size and resolution. Larger tablets with higher resolution offer more accurate input for intricate designs.
• Input Devices: The range of input devices compatible with the Lectra digitizer, such as graphic tablets or electronic measuring instruments, will differ in terms of connectivity options and accuracy.
• Software Compatibility: The specific versions of Lectra's design software that can be used with the digitizer may vary. Certain digitizers might only support particular software iterations.
• Data Transmission: The method by which data is transmitted from the digitizer to the computer, such as USB or wireless transmission, can differ, affecting the speed and ease of connection.
• Operating Systems: The supported operating systems for the digitizer's software will vary, influencing the computers and devices that can be used with the digitizer.

• Clean the Surface: Use a soft, lint-free cloth slightly dampened with a mild cleaning solution or water to clean the digitizer's surface. Avoid excessive moisture and ensure the surface is completely dry before use.
• Calibrate the Digitizer: Calibrate the digitizer periodically to maintain accuracy. Follow the manufacturer-provided instructions for digitizing devices calibration procedures.
• Avoid Harsh Chemicals: Refrain from using harsh chemicals, solvents, or abrasive cleaners, as they can damage the digitizer's surface or casing.
• Protect the Surface: Consider using a protective film or coating on the digitizer's surface to prevent scratches or damage. If used, ensure it is compatible with the digitizer.
• Digitizing Software: Keep the digitizing software updated to benefit from the latest features and improvements. Check for software updates provided by the manufacturer and install them as instructed.
• Data Backup: Regularly back up the digitized data to a separate storage device or cloud service. This ensures data recovery in case of hardware malfunctions or accidental deletion.
• Power Off When Not in Use: Turn off the digitizer when not in use to conserve energy and reduce wear on internal components.

Uses of Digitizer Lectras

The uses of the Lectra digitizer are many and varied, from the fashion industry to furniture making and even for the arts and crafts sector. In the fashion industry, digitizers can be used to take any digital or electronic designs from a pre-existing pattern to trace them onto. This can also be done when trying to create new designs or patterns.

In the furniture-making industry, digitizers can be used to retrace existing furniture patterns, especially for kitchens. Additionally, these machines can be used to trace upholstery fabric in order to reduce fabric wastage.

For the automobile industry, leather will typically be used for car interiors. The Lectra digitizer can be digitized trim lines, seat patterns, and any other interior elements of the vehicle in order to accurately create fittings according to the design blueprint.

Moreover, the digitizer can efficiently create customized templates for sports equipment such as wetsuits, scuba suits, lycra suits, sports jerseys, and other sporting paraphernalia. It can be used to map and outline the body contours of an individual in order to produce a perfect fit.

Another more common use of the Lectra digitizer is in the arts and crafts sector when quilting. Quilters can easily analyze and retrace their complex outlines and patterns so as to cut their fabric more accurately. This not only helps with precision and accuracy but also increases efficiency when working on quilting projects.

How to choose a digitizer Lectra

When purchasing a Lectra digital pattern-making machine or a high-fashion digital pattern-making machine model, several features and benefits need to be kept in mind to ensure that the device perfectly fits the requirements of the manufacturing unit.

The first thing that needs to be determined before purchasing a digitizer is why exactly is it needed. Few companies choose to buy a digitizer to make their own designs in-house. In this case, an in-house digitizer will be needed who knows how to use the machine efficiently. However, many companies only need to digitize patterns that are not already in digital form. In this case, the machine will only be used for inputting patterns into the computer, and therefore, a high-fashion digitizing machine will be suitable.

Next, it is crucial to determine which features of the machine to prioritize. Some of the key features that manufacturers look for when digitizing patterns are as follows:

• Drawing Area: The digitizer's drawing area is the table where physical patterns are placed for digitization. A larger drawing area provides flexibility in digitizing larger patterns without restrictions.
• Touchscreen Interface: Modern digitizers often incorporate touchscreen interfaces for user-friendly control and input. Touchscreen displays allow intuitive and direct interaction with digitizing functions, settings, and digitized data visualization.
• Resolution and Accuracy: Digitizers offer varying levels of resolution and accuracy when translating physical pattern points into digital form. High-resolution digitizers capture more points along the drawn lines, resulting in smoother and more precise digital patterns.
• Connectivity and Data Exchange: Digitizers are equipped with connectivity options to transfer digitized data to computers or other design systems. USB, Ethernet, and wireless connections enable efficient data exchange and integration into the design workflow.
• File Formats and Compatibility: Different digitizer models support various file formats for saving digitized patterns. Compatibility with widely used industry-standard file formats ensures seamless integration and exchange of patterns between different software and systems.
• Programming Capabilities: Some digitizers offer programming features that allow users to define specific digitizing sequences, automate processes, and create customized digitizing programs. These capabilities enhance flexibility, efficiency, and consistency in digitizing complex patterns.

When purchasing a Lectra pattern-making machine, it is also essential to see what kind of patterns are usually created in the manufacturing unit. Some areas of manufacturing such as the garment or leather goods industry often have irregular shapes that need to be catered to when creating the pattern-making digitizer. In this case, a flatbed digitizer will be needed as it will make the process much easier, quicker, and more efficient.

Q&A

Q1: What are the differences between digitizer and traditional drafting tools?

A1: Digitizer machines have many advantages over traditional drafting tools. Firstly, digitizers can create patterns faster than traditional drafting tools. Secondly, digitizers provide better accuracy. Thirdly, digitizer machines can easily interface with computers, while traditional drafting tools cannot.

Q2: What is the process of using a digitizer in pattern making?

A2: The process of using a digitizer in pattern making typically involves the following steps. First, users prepare the material they want to digitize, then place the pattern or outline onto the digitizer table. Next, they trace the pattern manually or automatically with the digitizer's tracing device. After that, the digitizer converts the traced data into digital format. Finally, users can refine and modify the digitized pattern using computer-aided design (CAD) software.

Q3: Can a digitizer be used for par pattern making?

A3: Yes, digitizers can be used for both flat pattern making and three-dimensional (3D) pattern making. On the one hand, Digitizers can create 3D patterns by digitizing physical objects directly. On the other hand, some digitizers are also equipped with features and functions for 3D pattern making.

Q4: What are some key features to look for in a digitizer for pattern making?

A4: Several essential features can be considered when choosing a suitable digitizer for pattern-making, including the accuracy, maximum workspace size, connection and compatibility, and digitizing speed.