Using Digital Cutting Machines For Creating Samples Quickly And Efficiently

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The right package design can take a great product to the next level in terms of conversions. The impact of a coherent and attractive design on product sales, company profits, and market penetration is not to be underestimated. Of course it goes without saying that consumers appreciate quality packaging – presentation is a precursor in the perception of a product’s workmanship. Given these factors, it’s a no brainer to invest in the right tools and people to get the job done.

However, simply throwing money at the problem and expecting to see results is likely to end on a disappointing note. One common cause for dissatisfaction lies in major differences and imperfections between a finished product and its design on a computer screen. Often, the physical model will feature dulled colors and incorrect sizing. Sample making can have a significant impact on quality control, and can often go a long way in minimizing the costs associated with design flaws.

Samples allow for the exploration of various product designs, as well as optimization of sticker and label placement. They can also be used in modeling the final ...
... look and presentation of product packaging. Because sample production is a relatively inexpensive process, multiple models can be made for quality control testing. A quick and easy way to prepare samples is with the aid of digital cutting machines.

Digital cutting machines look like large tables and are equipped with specialized computer controlled cutting tools. They feature various tool heads designed to create cuts and creases for the creation of packaging to exact specifications. The dynamic design of a digital cutting machine means there is no need to make expensive single use dies for limited runs or sample creation. Additionally, these tables allow real time on the fly adjustments, greatly speeding and streamlining the workload.

Sample creation often involves a prolonged materials testing process. Digital cutting tables are well suited for this task and are compatible with a wide range of substrates including corrugated paper, folding cartons, foam, blankets for coating, solid boards, wood, acrylic and plastic. Changing cutting tools to accommodate different materials is a simple process, making the user experience seamless and intuitive. The tabletop nature of these machines means that in-progress packaging design may be accessed from three sides by an operator.

Finally, digital cutting machines are designed to integrate with existing CAD systems, allowing for the creation of limitless designs and modifications, and eliminating the need for vector converted files. CAD interfaces also cut down on production costs and speed sample output by providing detailed digital models.

Speed up your turn around and streamline your design process with the aid of these effective and versatile cutting machines.