Product overview A compact heat press designed to transfer images onto pens, processing six pens per cycle. Built for reliable small batch production of customized writing instruments. Key benefits Higher throughput: Press six pens at once to increase productivity for small to medium runs. Consistent results: Digital controller provides precise control and an automatic alarm to signal cycle completion. Reduced setup and waste: Nonstick surface prevents scorching of transfers so no separate silicone or Teflon sheet is required. Versatile compatibility: Works with a wide range of pen types including plastic pens and ballpoint pens. Main features Capacity: Holds six pens per operation for efficient batch processing. Control: Digital controller with auto alarm for repeatable cycles and easier operation. Surface: Nonstick platen prevents scorching of transfer material and eliminates the need for additional protective sheets. Application range: Suitable for various pen shapes and common pen materials. Performance and materials Designed for repeated transfer processes with a durable nonstick surface that protects artwork during heat pressing. Digital control supports consistent timing and heating, improving print repeatability and reducing misprints. Use scenarios Promotional merchandise production: Quickly apply logos and artwork to sets of promotional pens for trade shows and corporate events. Custom gift creation: Produce pen sets for special events, clubs, or retail sales with consistent image quality. Small print operations: Add pen personalization services to complement other custom printed items without complex setup. Operation notes Load up to six pens, set the controller as needed, and run the transfer cycle. The auto alarm notifies when the cycle is complete. No separate silicone or Teflon sheet is required thanks to the nonstick surface, simplifying preparation and cleanup. This unit is a practical choice for businesses and makers who need reliable, repeatable pen transfers with minimal setup and protective material requirements.