Customizable Precision Coating System Pilot Spin Coater with Programmable Recipes and Compact Benchtop Design for Pulp Molding R&D

We have operated this single-station spin coater for two months in our workshop. The machine runs steadily during continuous working hours. Rotation speed can be adjusted freely, and the coating thickness stays uniform on our molded pulp products. The touchscreen control panel is intuitive, our operators learned the operation quickly without complicated training. Simple maintenance design saves our daily upkeep time. It is reliable for small-batch production and sample testing. We are satisfied with its performance.

We are satisfied with this 24‑station automatic spin‑coating production line for pulp‑molded products. The multi‑station cyclic operation works stably. It delivers even and consistent coating layers on pulp‑molded workpieces. All core parameters are adjustable, which helps match different pulp‑molding product requirements. The automated workflow greatly improves production capacity and reduces manual intervention. Operators can master the operation quickly. It performs reliably for mass production of pulp‑molded articles, and the finished coating quality meets our standards. Good overall equipment performance.

We have been running this 24‑station spin coating production line for some time for our molded pulp product mass production. The whole line works stably in continuous‑shift operation. With 24 working stations, it greatly lifts our production throughput. The spin‑coating process delivers consistent coating thickness on pulp trays and bowls, even for complex curved surfaces. The PLC touch‑screen system stores multiple process recipes. Our operators can switch between different products quickly without complicated re‑setting. The integrated conveyor, spin‑coating units and drying tunnel work in good synchronization. Material waste is much lower compared with manual spraying. Daily maintenance is straightforward. We only need regular cleaning of the coating stations. The machine meets our mass‑production expectations, and we are satisfied with its overall performance.