Seven equipment categories covering the key processes of assembly, cleaning, inspection, conveying, dispensing and robotic work. Every machine is redesigned around the customer's process parameters — none of them is an off-the-shelf product.
These are shot in our own workshop — frames, feeders, conveyors and electrical panels are assembled and commissioned here, and proven on real parts before shipping.
Automated assembly for small and irregular parts. Flexible feeding is the entry point: loose incoming parts are turned into an ordered, oriented, graspable state before multi-station assembly and pressing.
Suited to pilot runs and small batches; can later be folded into a line.
Multiple stations in series, including load, unload and inspection.
Feed, separating and orienting mechanisms built around the part geometry.
| Item | Typical range | Notes |
|---|---|---|
| Part weight range | 0.5 g – 200 g small parts | Irregular metal, plastic and rubber parts |
| Feeding method | Bowl feeder / linear feeder / magazine / tray | Selected to suit part geometry and cycle time |
| Assembly stations | 2 – 12 stations | Expandable as required |
| Control | PLC + HMI / industrial PC | Recipe-based, supports product changeover |
| Data interface | RS232 / RS485 / Ethernet | Connects to MES and the line network |
Automatic cleaning of both faces of a part with solvent and wiping material. Compared with manual wiping, consistency, cleanliness and throughput are far more controllable, and operator exposure to solvent is reduced.
Hands over automatically to the neighbouring processes and can be embedded in an existing line.
A self-contained machine with solvent tank, cleaning stations and an unload mechanism.
In-line full inspection with multiple cameras and stations. A four-station rotary platform lets one load cover several faces, with thickness, appearance and dimensions checked in a single pass.
A self-contained inspection machine with its own loading and unloading.
Loading, inspection, sorting and unloading run in parallel for a faster cycle.
Pallets travel on a speed chain and are lifted and located at each station. The number and order of stations can be arranged freely to suit the process — the most common backbone for an automated line.
Metered hot-melt delivery along a programmable path applies dots, lines or areas. With vision positioning, part offset is compensated automatically, reducing dependence on consistent incoming parts.
Complete design including the glue supply unit, frame, control cabinet and safety door.
Interfaces with a speed-chain line for in-line dispensing.
A 6-axis robot takes on trimming, grinding and welding — repetitive, heavy-duty work where consistency matters — replacing human labour in dust, arc flash and high physical load.
Welding power source, positioner, extraction and robot are enclosed as one workstation, so several operations are completed in a single clamping with less handling and re-fixturing error.
Robot workstation combined with a conveyor line.
A self-contained unit with positioner, guarding and extraction.
For large working areas such as grain depots and material yards, movable and reusable monitoring equipment replaces a dense array of fixed cameras — lower cost, better coverage.
A closed track along the outer wall lets a trolley circulate and stop at set points to identify; one trolley can replace several fixed cameras.
More than seventy percent of our projects start with a process problem and only then find their equipment form. Describe your process and we will work it out together from the concept end.
Tel +86 159 6080 5171 · Email soda@byrobot.com.cn