Every glass-bottle line has its own bottle finish, cap dimensions, line speed, and layout. The RM100 standard model covers a broad range, but some buyers need customization. The manufacturer offers OEM and ODM services with a 10–20 engineer team and 20 years of experience in capping, filling, and labeling machines.

Customization can include working head count (1, 4, 6, or 10), cap elevator or vibrating disk, voltage and plug type, bottle and cap tooling, conveyor interface, and line integration. For OEM projects, the manufacturer can support branding and configuration requirements. For ODM projects, the engineering team can propose a capping layout based on the buyer’s bottle, cap, and target output.

Each RM100 undergoes 24-hour mechanical running and capping speed tests before shipment. The purpose is to confirm that the cap feeding, capping head, roller formation, and control system operate correctly and that capping positioning is accurate. The machine’s capping success rate is stated as greater than 99.99% under matched bottle, cap, and liner conditions. Sample testing with the buyer’s actual bottle and cap is recommended before shipment, so the engineer can confirm the forming result and first-article quality.

The RM100 includes a 2-year warranty for core parts against non-human damage, including PLC and touchscreen. Training videos are provided. The company has local after-sales service points in the United States, Australia, Canada, Thailand, Vietnam, and other locations, which can shorten response time for overseas buyers.

Standard orders usually ship within 15–25 working days after order confirmation. Customized orders usually require 25–35 working days, depending on the customization. The machine is packed in a thick wooden case and pallet. Reference packing data shows a 205 × 100 × 215 cm case and 520 kg packed weight. The wooden case protects the machine during long-distance transport.

ROPP capping depends on the interaction between bottle finish, cap dimensions, aluminum thickness, liner, and roller settings. A bottle that looks standard may have a neck tolerance or ovality issue that affects forming . Sending actual bottles, caps, and liners for testing allows the engineer to confirm the tooling and settings before shipment. This reduces the risk of a machine that works in the factory but produces defects on the buyer’s line.