PSI has developed innovative heat transfer equipment that will bring improvements to your printing capabilities. The machines are fitted with technology that optimizes heat distribution for better quality printing and rich colors. Whether it is the textile, promotional products or custom printing industry, one thing that has been consistent with PSI’s heat transfer machines is dependability and efficiency. Operating systems of small or large enterprises can be provided either through advanced ergonomic design or sturdy machine construction. Treat yourself with precision and performance from PSI and improve the performance of your business.
PSI is an industry leader in the design, manufacture and installation of high quality printing machines for the direct decoration of glass, plastic and metal containers. Since 2003, PSI has been specializing in industrial printing technologies and various applications.
A complete range of PSI’s solutions cover screen printing, digital printing, hot stamping, pad printing, heat transfer, and etc.. The PSI machines are manufactured with a high standard, premium materials and components designed to meet the needs of decorating objects and complex shapes, combined with simple operation and configuration. A wide variety of innovative products earned PSI a reputation for innovation, quality and reliability.
PSI today markets its products through an extensive dealer network serving more than 50 different countries. As a long term technology and solution provider, we are constantly working on the latest printing and integration technologies to help our customers respond to the fast-changing needs of the industrial printing field.
PSI offers cutting-edge digital and screen printing technology tailored to industrial needs.
With over 20 years of experience, PSI serves clients worldwide, ensuring reliable performance.
Their servo-driven and automated pre-treatment technologies boost production efficiency.
PSI provides personalized solutions and dedicated after-sales support to enhance customer satisfaction.
PSI heat transfer machine are versatile and capable of working on a wide range of materials, including fabric, ceramics, metal, and even wood. This flexibility allows users to create customized designs for apparel, promotional products, and industrial applications. The machine’s adaptability ensures that businesses can diversify their product offerings and cater to different market demands.
Maintaining consistent pressure and temperature is crucial for achieving high-quality transfers. PSI heat transfer machines are equipped with adjustable settings that allow users to fine-tune both pressure and heat for each material type. Regular calibration and checking for wear on the heat plate can help maintain consistent performance, ensuring reliable output with each use.
PSI heat transfer machines are designed to handle both small and large production runs. While they are ideal for detailed, one-off custom projects, their robust design and efficient heating mechanisms make them suitable for high-volume production environments as well. This makes them a good fit for businesses aiming for scalability without compromising quality.
Energy efficiency is a key consideration in modern production environments. PSI heat transfer machines are built with advanced heating technology that minimizes energy consumption without affecting performance. This allows businesses to reduce their overall energy costs while maintaining high output and quality standards, making them both cost-effective and environmentally friendly.
Some common issues during the heat transfer process include uneven transfers, fading designs, or poor adhesion. These problems are often due to incorrect temperature settings, insufficient pressure, or low-quality transfer materials. With PSI heat transfer machines, you can minimize these risks by using the machine's precise temperature and pressure controls. Regular machine maintenance and using high-quality transfer materials can also prevent these issues. For best results, always follow recommended guidelines for each material type.
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