G789 Motion specializes in OEM soft-close damper cores for cabinet hinges, drawer slides, wardrobe sliding doors and furniture hardware systems.
We focus on the core component: compact hydraulic dampers that help furniture hardware systems close quietly, smoothly and reliably.
Customize size, stroke, head design, surface treatment and damping force based on your application.
Smooth compression and controlled rebound for soft-close furniture hardware systems.
Designed for long-term use in cabinet, drawer and sliding door hardware applications.
Neutral packaging, customer logo, bulk packing and sample kits are available.
Start with our standard series, or send your drawing/sample for a custom damper solution.
Compact hydraulic damper cores for light and medium furniture hardware applications.
OEM damper cores designed for soft-close cabinet hinges and hinge buffer structures.
Damper cores for drawer slides, hidden slide systems and soft-close drawer mechanisms.
Hydraulic dampers for wardrobe sliding doors and light sliding door soft-close systems.
Soft-close dampers for cabinet doors, wardrobes, kitchen cabinets and furniture doors.
Developed according to your sample, drawing, installation space and closing force requirement.
Send us your application, sample or drawing. We help you match the right damper size, stroke and damping force for smooth closing.
Start OEM ProjectReplace the values below with your actual tested data before publishing the final catalog.
| Model | Diameter | Length | Stroke | Application | Damping Force |
|---|---|---|---|---|---|
| G789-MD08 | 8 mm | Custom | Custom | Hinge / cabinet | Light |
| G789-MD10 | 10 mm | Custom | Custom | Cabinet / drawer | Medium |
| G789-MD12 | 12 mm | Custom | Custom | Drawer / wardrobe | Medium-heavy |
| G789-MD14 | 14 mm | Custom | Custom | Sliding door | Heavy |
G789 dampers can be integrated into different furniture hardware systems for soft-close performance.
Send your requirements and we will recommend a suitable damper series. Please include application, target size, stroke, damping force and annual quantity if available.