Three Key Elements of Gravure Printing Equipment Procurement: Production Applicability, Advanced Technology, and a Sound Benefit Evaluation System
- Large gravure printing equipment is the most important key equipment in the flexible packaging industry, and the number of large gravure presses a company owns is generally used to judge its production capacity.
- Large gravure printing equipment procurement should cover three key elements: production applicability, advanced technology, and a sound benefit evaluation system.
- Printing companies need to assess whether equipment productivity is compatible with business policy, factory planning, production plan, transportation capacity, and other factors to avoid production imbalances and service supply shortfalls.
- When purchasing, printing companies should consider design and manufacturing quality and maintainability, and the longer the mean time between failures of main components, the better, with reference to reliability indicators provided by the equipment manufacturer.
- Equipment should include necessary safety protection designs and devices and control noise, vibration frequency, and harmful substance emissions within limits specified by national and regional standards.
Large gravure printing equipment is currently the most important key equipment in the flexible packaging industry. The number of large gravure printing presses a company owns is generally used to judge its production capacity. Therefore, selecting equipment rationally through techno-economic analysis and evaluation has become the most critical decision-making issue for enterprises.
In selecting large gravure printing equipment, production applicability should be the first consideration, so that the investment can deliver its intended results; second, the technology should be advanced to avoid being quickly eliminated by the industry's technological development; finally, there should be a comprehensive benefit evaluation and tracking system to ensure the economic benefits of equipment selection.
When selecting, printing companies need to assess whether the equipment's productivity is compatible with the company's business policy, factory planning, production plan, transportation capacity, and other factors, so as to avoid production imbalances and situations where service supply cannot keep up. The equipment must meet the technical requirements of the product process, be reliable and safe, conform to ergonomic principles, and be easy to operate with flexible control.
When purchasing, printing companies must also consider the design and manufacturing quality and maintainability of the equipment. The longer the mean time between failures of its main components, the better; they can refer to the product design reliability indicators provided by the equipment manufacturer when making their choice. At the same time, printing companies should also consider the equipment's performance in safeguarding production safety; the equipment should have the necessary safety protection designs and devices to avoid human and machine accidents and economic losses. Finally, printing companies also need to consider the environmental friendliness of the equipment, requiring that noise, vibration frequency, and harmful substance emissions be controlled within the limits specified by national and regional standards during selection.
Related reading
- Compliance Guidance on the New Prepackaged Food Labeling Rules: Digital Labels2026-10-27Industry NewsSource: 食品伙伴网
Foodmate News: The National Food Safety Standard — General Rules for the Labeling of Prepackaged Foods (GB 7718-2025) incorporates digital labels into the national food safety standard for the first time, clarifying the legal status of digital labels. Subsequently, the National Health Commission and the State Administration for Market Regulation published the Announcement on Matters Concerning the Implementation of Digital Labels for Prepackaged Food, further detailing the application requirements for digital labels. The Measures for the Supervision and Administration of Food Labeling also stipulate that where QR codes and other information-based means are used on food packaging to display food label content,
- Sainuo Industrial Begins Mass Production of BOPLA Degradable Film, Adding a Green Option for Flexible Packaging2026-10-26Industry NewsSource: 包装前沿
Hainan Sainuo Industrial Co., Ltd., a company in the Haikou National High-tech Industrial Development Zone, has recently introduced China's first dedicated production line for high-quality multifunctional film and officially begun mass production of biaxially oriented polylactic acid (BOPLA) film, offering the flexible packaging industry a green material option whose performance is comparable to conventional petrochemical films and which is biodegradable. The raw material for BOPLA film is polylactic acid (PLA) obtained by fermenting plant starch from corn, cassava and other plants, making it a bio-based biodegradable material. Unlike trad
- La Molisana Launches Compostable Paper Pasta Packaging with Transparent Window2026-10-26Industry NewsSource: 包装前沿
Italian pasta brand La Molisana has launched a compostable paper packaging that pairs kraft paper with a transparent regenerated cellulose window, replacing its previous all-plastic structure, and has been featured in ThePackHub innovation zone. The solution lands in the high-turnover dry pasta category, achieving a material transition while preserving consumers' shopping habits. For pasta products, the transparent window is an important selling point, as consumers need to directly see the shape and appearance of the noodles
- Bobst Launches New MASTER 6003 Gravure Press2026-10-26Industry NewsSource: 包装前沿
Bobst has recently introduced the new MASTER 6003 gravure press, with key upgrades to its ink supply system and automation functions, helping packaging printers address issues such as shrinking order batch sizes, rising material losses, and insufficient changeover efficiency. The new machine features the LeanPrint® ink supply system, which optimizes the flow channel and piping design from the ink trough to the ink pan, reducing ink consumption during the printing cycle by 60%; with a smaller ink exposure area, solvent consumption can be reduced by up to 4
Contact us for a quote
For samples, pricing or technical support, call us or leave a message and we will reply shortly.
134-1230-3528 Contact us