The last article talked about the evolution of computer business software from general software to professional or industry software. For carton manufacturing, there are two types of industry software that play a key role in computer integrated manufacturing systems:
1. Computer-aided design software for carton manufacturing, English as CoMPuteR AiDeD Design, or CAD.
2. Computer enterprise resource management system dedicated to carton manufacturing. English is EnteRPRise ResouRce Planning or ERP.
This article focuses on computer-aided design software for carton manufacturing. The computer enterprise resource management system dedicated to the carton manufacturing industry is the content of the next article.
The fast-changing global manufacturing of customers' demands for carton boxes has caused cyclical changes in the customer base of the carton industry. Take Singapore as an example:
1. In the 70s--customer group was mainly engaged in textile and toy manufacturing;
2. In the 1980s, the customer base became mainly electrical appliance assembly;
3. In the 1990s - the customer base became mainly computer and peripheral products.
In general, the increasing demands of customers for carton requirements are mainly reflected in:
1. Box type: Electrical packaging will require more complex carton box type and structure, such as special-shaped box requiring die-cutting, box box with multiple partitions, etc.;
2. Printing: Electrical and food packaging requires more complex printing, such as multi-color printing, multi-color printing, full-color printing, etc.
The carton factory is obviously no longer just producing carton boxes. While making cartons, the carton factory must provide its customers with complete services, including:
1. Carton product design: According to the customer's packaging requirements, provide carton boxes, including supporting partitions, foams, etc. Specifications recommendations, or even a full set of product design.
2. Carton product process design: With the increase in the complexity of carton products, the customer's requirements are not equal to the process requirements. Pre-production process design and preparation are becoming more and more important.
Product and Process Design Classification Carton product information can be divided into the following three categories, different types of information play a different role 1. Graphic design information: the definition and display of images and colors. Graphic design information can be used to manufacture print plates for print process management.
2. Box type design information: 2D and 3D design of special box, optimization of paperboard materials. Box-type design information can be used to manufacture prototypes, die-cut design, and more.
3. Product description: such as the specification of the product itself, the relationship with other products (casing), the description of the product process, etc. This information is a management system that uses production work order processing, material ratios, and production management.
Graphic design and box design take different information technologies. Product descriptions such as the product's own parameter specifications are used in database-based management systems. Different types of information processing use different software, as shown in the following figure:
1. ARtiosCAD: RtioscaD.baRco.coM
2. LASERCOMB: RcoMb.coM
3. KASEMAKE: Make.coM
The common features of these special computer-aided design software:
1. Unlike general-purpose computer-aided design software such as AutoCAD, the industry design software provides a large number of standard and special-shaped carton design graphic libraries, and users can modify typical designs to make changes.
2. The core technology of these softwares is the box type design information, namely the two-dimensional and three-dimensional design of special-shaped boxes, and the optimization of paperboard materials.
3. The software either already includes graphic design functions or can integrate with graphic design software such as CoRelDRaw, ie exchange design information.
4. The software can exchange information with the database, either through its own database or through a data interface.
Another important feature of computer-aided design software for carton manufacturing is the processing capabilities of the product design, such as proofing, printing, and model making, as shown in the following figure. These software have the function of automatic information transmission and conversion with the control system of the proofer or the corresponding equipment.
1. Computer-aided design software for carton manufacturing, English as CoMPuteR AiDeD Design, or CAD.
2. Computer enterprise resource management system dedicated to carton manufacturing. English is EnteRPRise ResouRce Planning or ERP.
This article focuses on computer-aided design software for carton manufacturing. The computer enterprise resource management system dedicated to the carton manufacturing industry is the content of the next article.
The fast-changing global manufacturing of customers' demands for carton boxes has caused cyclical changes in the customer base of the carton industry. Take Singapore as an example:
1. In the 70s--customer group was mainly engaged in textile and toy manufacturing;
2. In the 1980s, the customer base became mainly electrical appliance assembly;
3. In the 1990s - the customer base became mainly computer and peripheral products.
In general, the increasing demands of customers for carton requirements are mainly reflected in:
1. Box type: Electrical packaging will require more complex carton box type and structure, such as special-shaped box requiring die-cutting, box box with multiple partitions, etc.;
2. Printing: Electrical and food packaging requires more complex printing, such as multi-color printing, multi-color printing, full-color printing, etc.
The carton factory is obviously no longer just producing carton boxes. While making cartons, the carton factory must provide its customers with complete services, including:
1. Carton product design: According to the customer's packaging requirements, provide carton boxes, including supporting partitions, foams, etc. Specifications recommendations, or even a full set of product design.
2. Carton product process design: With the increase in the complexity of carton products, the customer's requirements are not equal to the process requirements. Pre-production process design and preparation are becoming more and more important.
Product and Process Design Classification Carton product information can be divided into the following three categories, different types of information play a different role 1. Graphic design information: the definition and display of images and colors. Graphic design information can be used to manufacture print plates for print process management.
2. Box type design information: 2D and 3D design of special box, optimization of paperboard materials. Box-type design information can be used to manufacture prototypes, die-cut design, and more.
3. Product description: such as the specification of the product itself, the relationship with other products (casing), the description of the product process, etc. This information is a management system that uses production work order processing, material ratios, and production management.
Graphic design and box design take different information technologies. Product descriptions such as the product's own parameter specifications are used in database-based management systems. Different types of information processing use different software, as shown in the following figure:
1. ARtiosCAD: RtioscaD.baRco.coM
2. LASERCOMB: RcoMb.coM
3. KASEMAKE: Make.coM
The common features of these special computer-aided design software:
1. Unlike general-purpose computer-aided design software such as AutoCAD, the industry design software provides a large number of standard and special-shaped carton design graphic libraries, and users can modify typical designs to make changes.
2. The core technology of these softwares is the box type design information, namely the two-dimensional and three-dimensional design of special-shaped boxes, and the optimization of paperboard materials.
3. The software either already includes graphic design functions or can integrate with graphic design software such as CoRelDRaw, ie exchange design information.
4. The software can exchange information with the database, either through its own database or through a data interface.
Another important feature of computer-aided design software for carton manufacturing is the processing capabilities of the product design, such as proofing, printing, and model making, as shown in the following figure. These software have the function of automatic information transmission and conversion with the control system of the proofer or the corresponding equipment.
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