Build a stable SMT line without overpaying for brand premium.
Choose reflow ovens, wave soldering machines and PCB handling equipment from one manufacturer. S&M helps match process, PCB size, line rhythm and budget before quotation.
SMT equipment categories
Start from the equipment role in your line. Each category page includes model options, selection logic, related products and an inline inquiry form.
Reflow Oven
Air, nitrogen, dual-track, wide-body, vacuum and ERS configurations for SMT soldering profiles.
- For yield stability and profile control
- Check zones, PCB width and nitrogen/vacuum need
Wave Soldering
Inline, offline, nitrogen and selective soldering machines for through-hole and mixed assembly.
- For stable solder joints and flux control
- Match PCB width, soldering mode and output
Curing Oven
Thermal and UV curing equipment for coating, adhesive, glue and post-process curing.
- For curing time and temperature stability
- Check tray, chain, UV and cleanroom needs
PCB Loader
Magazine, inline, suction, vacuum, mini and heavy-duty loaders for stable line feeding.
- Prevent slow loading and board damage
- Match board size, magazine and rhythm
PCB Unloader
Side-exit, inline, dual-magazine, OK/NG and heavy-duty unloaders for safe board collection.
- Reduce end-line waiting and manual handling
- Match magazine capacity and inspection flow
PCB Buffer
Standard, storage, cooling and OK/NG buffers for line balancing and process protection.
- Protect output when upstream/downstream speed changes
- Useful after reflow and inspection points
Link Conveyor
Single-track, dual-track, corner, flipper, gate, incline and belt conveyors for SMT line connection.
- Fix line gaps, direction changes and bypass needs
- Match width, speed and layout
Shuttle Conveyor
Single-head and dual-head shuttle conveyors for transferring PCBs between parallel SMT lines.
- For cross-line transfer and takt matching
- Check travel distance and station timing
PCB Sprayer
Automatic flux spraying equipment for wave soldering lines and through-hole process control.
- Improve flux consistency before soldering
- Match board width and spray control
Choose by line problem, not by catalog name.
Most SMT equipment mistakes happen because each machine is quoted alone. The real question is whether the full line can run with stable output.
Loading
PCB loader and magazine setup decide whether the line starts smoothly.
Soldering
Reflow or wave soldering must match PCB size, profile and capacity.
Buffering
Buffers protect output when inspection or downstream stations slow down.
Transfer
Conveyors solve direction, spacing, bypass and parallel-line transfer.
Unloading
Unloaders prevent final station waiting, manual handling and board damage.
Why buyers use S&M
- Reflow, wave soldering and handling equipment from one factory.
- Configuration checked against line layout before quotation.
- Practical price structure for EMS/OEM factories.
- Fast response when the problem is line matching, not only machine hardware.
What to send for configuration
- PCB size range and product type.
- Current or planned SMT line layout.
- Required capacity and conveyor direction.
- Photos of the installation position if available.
- Special needs: nitrogen, vacuum, cooling, UV, OK/NG or dual-track.
Check your SMT line configuration before you buy.
Send your PCB size, process target and line layout. We will check which equipment category and model range fits before quoting.
This helps avoid wrong machine size, line rhythm mismatch and unnecessary budget waste.
Product selection FAQ
Should I start from the category page or the product page?
Start from the category page if you are comparing equipment types. Open the product page when you already know the function or model range.
Can S&M quote a full SMT line instead of one machine?
Yes. Send your line layout and target capacity. We can check soldering equipment, handling equipment, conveyors, buffers and unloaders together.
Do you support custom configurations?
Yes. Custom options depend on PCB width, process requirement, available space, conveyor direction and required throughput.