Intelligent Multi-Module Microwave Drying Production Line Customizable magnetron configuration and automation integration for pulp molding industry applications Product Overview This advanced microwave drying ... Lesen Sie weiter
High-Speed Spin Coating System for Tableware | Mass Production Internal Coating Production Line Composition A high-throughput line comprises: a high-speed rotary indexing table with multiple spin coating ... Lesen Sie weiter
Compact 6-Station Programmable Spin Coating System for R&D and Small-Batch Pulp Tableware Production Production Line Composition This compact, modular system features: Manual/Semi-Auto Loading Station: Flexible ... Lesen Sie weiter
High-Efficiency Spray Coating Machine with ≥85% Transfer Efficiency, Up to 40% Material Savings and Customizable Spray Parameters This advanced spray coating production line delivers ≥85% transfer efficiency ... Lesen Sie weiter
1-10T/h Capacity Microwave Vacuum Drying Equipment With 95% Water-Reducing Rate Product Overview Download Product Documentation This Vacuum Microwave Dryer features precise temperature control during the drying ... Lesen Sie weiter
High-Efficiency Spin Coating Production Line for Pulp Molding with Customizable Station Configuration and Integrated Drying System Product Overview This advanced spin coating machine is specifically engineered ... Lesen Sie weiter
Robotic Spray Coating Production Line for Pulp Molding – Customizable Automation & Multi-Gun Configuration Product Overview This advanced spray coating machine is specifically engineered for the pulp molding ... Lesen Sie weiter
Automatic Multi-Station Spin Coating Machine for Pulp Molding Product Overview This advanced spin coating machine is specifically engineered for the pulp molding industry, utilizing high-speed centrifugal spin ... Lesen Sie weiter
Product Description This advanced automatic reciprocating spray coating machine is specifically engineered for the pulp molding industry. It utilizes high-precision reciprocating spray guns to apply uniform ... Lesen Sie weiter