Case Making Machines
High-Speed Digital Automatic Case Making Machine
Screen Printing Machines
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The industrial landscape in the Russian Federation is undergoing a profound transformation. With a strong push toward domestic manufacturing, localization, and import substitution (Импортозамещение), industries ranging from packaging, automotive manufacturing, to printed electronics are demanding high-performance machinery and consumables. At the heart of every high-quality print lies the screen frame for screen printing. In Russia's demanding manufacturing environments, where temperature fluctuations can be extreme and production runs are long, the screen frame must deliver unparalleled structural integrity, tension stability, and corrosion resistance.
Historically, the Russian printing market relied heavily on imported pre-stretched frames or traditional wooden frames. However, modern high-speed automatic stop cylinder screen presses and linear magnetic servo screen printing lines require frames that can withstand immense tension without warping. High-strength aluminum screen frames have become the gold standard, ensuring that precision-engineered meshes remain perfectly flat and dimensionally stable during complex multi-color print runs.
Russian production facilities often experience significant seasonal temperature variations. Standard steel or low-grade aluminum frames can expand or contract, causing tension drop and registration errors. Our specialized aluminum screen frames are heat-treated and stress-relieved to maintain uniform tension from Moscow to Vladivostok.
Screen printing in Russia is no longer confined to basic textile graphics. It has evolved into a key industrial process utilized in several high-tech and high-volume sectors:
Constructed from premium 6000-series aluminum alloys, offering the optimal balance of lightweight design and tensile strength.
Specially treated surfaces protect against aggressive solvents, reclaiming chemicals, and high-humidity environments.
Robotically welded corners guarantee watertight seals and zero distortion under maximum mesh tension.
When selecting a screen frame for screen printing in Russia, print shop managers must consider several technical parameters. The profile dimensions (wall thickness and cross-section) must match the maximum tension requirements of the mesh. For instance, high-density polyester or stainless steel wire meshes used in printed electronics require heavy-duty profiles with wall thicknesses exceeding 3mm to prevent inward bowing.
Additionally, the surface preparation of the frame is critical. Properly sandblasted or grooved bonding surfaces ensure that the adhesive bond between the aluminum frame and the mesh remains unbroken, even when exposed to harsh cleaning solvents like cyclohexanone or dimethylformamide commonly used in Russian industrial print shops.
| Year | Milestones & Technical Achievements |
|---|---|
| 2005 | Case Making Solution Developed |
| 2008 | Integrated Case Making and Lining Production Line Launched |
| 2009 | Special-shaped Case Making Solution Introduced |
| 2011 | Rounded-corner Case Making Solution Patented |
| 2015 | T-shaped window case making solution Engineered |
| 2016 | Collapsible Box Making Solution Released |
| 2019 | Collapsible Box Solution – Fully Upgraded for Global Markets |
| 2020 | Digital Photo Album Solution – Fully Upgraded; Surface Enhancement Solution: Advanced Screen printing Integration |
| 2021 | Integrated Case Making and Lining Production Line – Fully Upgraded for High-Speed Automation |
| 2022 | Dual-output Case Making Solution Introduced to Maximize Throughput |
| 2023 | Collapsible Box Production Line Solution Deployments in Eastern Europe |
| 2025 | Two-Unit Screen Printing with Cold Foil Stamping & Cast & Cure Solution, Lift Folding Box Solution for Premium Russian Packaging Sector |
As the industry moves forward, the integration of Computer-to-Screen (CTS) technology is transforming pre-press workflows across Russia. Traditional film positives are being replaced by direct laser imaging on the emulsion-coated screen. This shift places even greater demands on the screen frame. Because CTS systems require precise mechanical registration and absolute flatness, any minor warp in the frame can lead to focusing errors during laser exposure.
By pairing high-precision aluminum screen frames with advanced CTS systems like the DIS-300, Russian print shops can achieve unprecedented turnaround times. This is particularly crucial for the fast-paced packaging sector, where product life cycles are shrinking, and seasonal promotions require rapid design changes.
Furthermore, the trend toward automation in Russia is accelerating. High-speed automatic stop cylinder screen presses are replacing semi-automatic machines. These automated lines run at speeds of up to 4,000 sheets per hour. Under these dynamic forces, the screen frame is subjected to constant, rapid acceleration and deceleration. Lightweight aluminum frames minimize the inertial load on the press drive systems, reducing wear and tear on the machinery and saving energy costs over time.
