How to Choose a Wave Soldering Machine

What is the conveyor speed range for S&M wave soldering machines?

S&M wave solder conveyors operate from 0.5 to 3.0 meters per minute, adjustable via the touchscreen controller. The conveyor is SMEMA-compatible and includes a board-edge sensor that confirms board presence before wave contact. Conveyor width is adjustable from 50mm to the machine’s maximum PCB width specification.

How do I integrate a wave soldering machine with my existing SMT line?

All S&M wave solder machines use standard SMEMA 4-wire signaling (board-ready, machine-busy, start transfer, power on) for plug-and-play integration with any SMEMA-compliant equipment. The machine requires single-phase 220V or three-phase 380V power (confirm at order), compressed air at 6 bar, and a solder exhaust ventilation system. S&M provides installation drawings and utility specifications before delivery.

Ready to Specify Your Wave Soldering Machine?

Provide your board dimensions, production volume, and surface finish — our team will recommend the correct configuration.

View All Wave Soldering Machines
Request Configuration Help

Last updated: 2026-05-07. Contact S&M for specific configuration recommendations based on your board types and production requirements.

Can S&M wave soldering machines be upgraded to nitrogen atmosphere later?

The SA-N series nitrogen models include sealed chamber walls, nitrogen inlet plumbing, and oxygen sensors that are not present on the standard SA air models. Converting an SA air model to SA-N nitrogen specification requires hardware modifications to the soldering chamber and is generally not cost-effective. Select the atmosphere type at time of purchase based on your 3-5 year product roadmap.

What is the conveyor speed range for S&M wave soldering machines?

S&M wave solder conveyors operate from 0.5 to 3.0 meters per minute, adjustable via the touchscreen controller. The conveyor is SMEMA-compatible and includes a board-edge sensor that confirms board presence before wave contact. Conveyor width is adjustable from 50mm to the machine’s maximum PCB width specification.

How do I integrate a wave soldering machine with my existing SMT line?

All S&M wave solder machines use standard SMEMA 4-wire signaling (board-ready, machine-busy, start transfer, power on) for plug-and-play integration with any SMEMA-compliant equipment. The machine requires single-phase 220V or three-phase 380V power (confirm at order), compressed air at 6 bar, and a solder exhaust ventilation system. S&M provides installation drawings and utility specifications before delivery.

Ready to Specify Your Wave Soldering Machine?

Provide your board dimensions, production volume, and surface finish — our team will recommend the correct configuration.

View All Wave Soldering Machines
Request Configuration Help

Last updated: 2026-05-07. Contact S&M for specific configuration recommendations based on your board types and production requirements.

What is the difference between in-line and off-line wave soldering machines?

In-line wave solder machines (SA series) are integrated directly into the SMT production line via SMEMA conveyor interface — boards enter from one machine and exit to the next automatically. Off-line wave solder machines (SAT series) operate independently from the main line; boards are loaded and unloaded manually or via a separate loader/unloader. Choose in-line for high-volume automated lines; choose off-line for low-volume prototyping or contract manufacturing with frequent product changeovers.

What solder alloy temperatures do S&M wave soldering machines support?

S&M wave solder machines support standard tin-lead (Sn63Pb37) at 245-250 degrees C and lead-free alloys (SAC305, SAC387) at 260-280 degrees C. The pot is heated by锡炉 heating elements with PID temperature control and includes a solder level sensor and automatic solder feed system. Confirm your required alloy and temperature at order time, as some configurations require different heater sizing for lead-free operation.

How often does the solder pot need maintenance?

Solder pot dross (surface oxidation) accumulates on the solder surface during operation and must be removed every 8-12 hours of production for lead-free alloys (more frequently for Sn63 at lower temperatures). S&M wave solder machines include a dross tray and automatic solder level compensation. Full solder pot replacement is typically required every 2-5 years depending on production volume and solder alloy. The electromagnetic pump also requires inspection every 6-12 months for wear on the paddle shaft and bearings.

Can S&M wave soldering machines be upgraded to nitrogen atmosphere later?

The SA-N series nitrogen models include sealed chamber walls, nitrogen inlet plumbing, and oxygen sensors that are not present on the standard SA air models. Converting an SA air model to SA-N nitrogen specification requires hardware modifications to the soldering chamber and is generally not cost-effective. Select the atmosphere type at time of purchase based on your 3-5 year product roadmap.

What is the conveyor speed range for S&M wave soldering machines?

S&M wave solder conveyors operate from 0.5 to 3.0 meters per minute, adjustable via the touchscreen controller. The conveyor is SMEMA-compatible and includes a board-edge sensor that confirms board presence before wave contact. Conveyor width is adjustable from 50mm to the machine’s maximum PCB width specification.

How do I integrate a wave soldering machine with my existing SMT line?

All S&M wave solder machines use standard SMEMA 4-wire signaling (board-ready, machine-busy, start transfer, power on) for plug-and-play integration with any SMEMA-compliant equipment. The machine requires single-phase 220V or three-phase 380V power (confirm at order), compressed air at 6 bar, and a solder exhaust ventilation system. S&M provides installation drawings and utility specifications before delivery.

Ready to Specify Your Wave Soldering Machine?

Provide your board dimensions, production volume, and surface finish — our team will recommend the correct configuration.

View All Wave Soldering Machines
Request Configuration Help

Last updated: 2026-05-07. Contact S&M for specific configuration recommendations based on your board types and production requirements.

Wave solder machines process boards at 1-3 meters per minute. At 2m/min conveyor speed and accounting for flux application and preheat, a typical cycle produces 200-350 boards per hour. Calculate your required line speed:

Example: If your target output is 500 boards per day in an 8-hour shift, you need a throughput of 62.5 boards per hour, or approximately 1 board per minute. At 2m/min conveyor speed, a standard wave solder machine easily handles this. For 2,000 boards per day, you need either a faster line speed or a second shift.

Frequently Asked Questions

What is the difference between in-line and off-line wave soldering machines?

In-line wave solder machines (SA series) are integrated directly into the SMT production line via SMEMA conveyor interface — boards enter from one machine and exit to the next automatically. Off-line wave solder machines (SAT series) operate independently from the main line; boards are loaded and unloaded manually or via a separate loader/unloader. Choose in-line for high-volume automated lines; choose off-line for low-volume prototyping or contract manufacturing with frequent product changeovers.

What solder alloy temperatures do S&M wave soldering machines support?

S&M wave solder machines support standard tin-lead (Sn63Pb37) at 245-250 degrees C and lead-free alloys (SAC305, SAC387) at 260-280 degrees C. The pot is heated by锡炉 heating elements with PID temperature control and includes a solder level sensor and automatic solder feed system. Confirm your required alloy and temperature at order time, as some configurations require different heater sizing for lead-free operation.

How often does the solder pot need maintenance?

Solder pot dross (surface oxidation) accumulates on the solder surface during operation and must be removed every 8-12 hours of production for lead-free alloys (more frequently for Sn63 at lower temperatures). S&M wave solder machines include a dross tray and automatic solder level compensation. Full solder pot replacement is typically required every 2-5 years depending on production volume and solder alloy. The electromagnetic pump also requires inspection every 6-12 months for wear on the paddle shaft and bearings.

Can S&M wave soldering machines be upgraded to nitrogen atmosphere later?

The SA-N series nitrogen models include sealed chamber walls, nitrogen inlet plumbing, and oxygen sensors that are not present on the standard SA air models. Converting an SA air model to SA-N nitrogen specification requires hardware modifications to the soldering chamber and is generally not cost-effective. Select the atmosphere type at time of purchase based on your 3-5 year product roadmap.

What is the conveyor speed range for S&M wave soldering machines?

S&M wave solder conveyors operate from 0.5 to 3.0 meters per minute, adjustable via the touchscreen controller. The conveyor is SMEMA-compatible and includes a board-edge sensor that confirms board presence before wave contact. Conveyor width is adjustable from 50mm to the machine’s maximum PCB width specification.

How do I integrate a wave soldering machine with my existing SMT line?

All S&M wave solder machines use standard SMEMA 4-wire signaling (board-ready, machine-busy, start transfer, power on) for plug-and-play integration with any SMEMA-compliant equipment. The machine requires single-phase 220V or three-phase 380V power (confirm at order), compressed air at 6 bar, and a solder exhaust ventilation system. S&M provides installation drawings and utility specifications before delivery.

Ready to Specify Your Wave Soldering Machine?

Provide your board dimensions, production volume, and surface finish — our team will recommend the correct configuration.

View All Wave Soldering Machines
Request Configuration Help

Last updated: 2026-05-07. Contact S&M for specific configuration recommendations based on your board types and production requirements.

Wave solder machines process boards at 1-3 meters per minute. At 2m/min conveyor speed and accounting for flux application and preheat, a typical cycle produces 200-350 boards per hour. Calculate your required line speed:

Example: If your target output is 500 boards per day in an 8-hour shift, you need a throughput of 62.5 boards per hour, or approximately 1 board per minute. At 2m/min conveyor speed, a standard wave solder machine easily handles this. For 2,000 boards per day, you need either a faster line speed or a second shift.

Frequently Asked Questions

What is the difference between in-line and off-line wave soldering machines?

In-line wave solder machines (SA series) are integrated directly into the SMT production line via SMEMA conveyor interface — boards enter from one machine and exit to the next automatically. Off-line wave solder machines (SAT series) operate independently from the main line; boards are loaded and unloaded manually or via a separate loader/unloader. Choose in-line for high-volume automated lines; choose off-line for low-volume prototyping or contract manufacturing with frequent product changeovers.

What solder alloy temperatures do S&M wave soldering machines support?

S&M wave solder machines support standard tin-lead (Sn63Pb37) at 245-250 degrees C and lead-free alloys (SAC305, SAC387) at 260-280 degrees C. The pot is heated by锡炉 heating elements with PID temperature control and includes a solder level sensor and automatic solder feed system. Confirm your required alloy and temperature at order time, as some configurations require different heater sizing for lead-free operation.

How often does the solder pot need maintenance?

Solder pot dross (surface oxidation) accumulates on the solder surface during operation and must be removed every 8-12 hours of production for lead-free alloys (more frequently for Sn63 at lower temperatures). S&M wave solder machines include a dross tray and automatic solder level compensation. Full solder pot replacement is typically required every 2-5 years depending on production volume and solder alloy. The electromagnetic pump also requires inspection every 6-12 months for wear on the paddle shaft and bearings.

Can S&M wave soldering machines be upgraded to nitrogen atmosphere later?

The SA-N series nitrogen models include sealed chamber walls, nitrogen inlet plumbing, and oxygen sensors that are not present on the standard SA air models. Converting an SA air model to SA-N nitrogen specification requires hardware modifications to the soldering chamber and is generally not cost-effective. Select the atmosphere type at time of purchase based on your 3-5 year product roadmap.

What is the conveyor speed range for S&M wave soldering machines?

S&M wave solder conveyors operate from 0.5 to 3.0 meters per minute, adjustable via the touchscreen controller. The conveyor is SMEMA-compatible and includes a board-edge sensor that confirms board presence before wave contact. Conveyor width is adjustable from 50mm to the machine’s maximum PCB width specification.

How do I integrate a wave soldering machine with my existing SMT line?

All S&M wave solder machines use standard SMEMA 4-wire signaling (board-ready, machine-busy, start transfer, power on) for plug-and-play integration with any SMEMA-compliant equipment. The machine requires single-phase 220V or three-phase 380V power (confirm at order), compressed air at 6 bar, and a solder exhaust ventilation system. S&M provides installation drawings and utility specifications before delivery.

Ready to Specify Your Wave Soldering Machine?

Provide your board dimensions, production volume, and surface finish — our team will recommend the correct configuration.

View All Wave Soldering Machines
Request Configuration Help

Last updated: 2026-05-07. Contact S&M for specific configuration recommendations based on your board types and production requirements.

This is the most important decision in the selection process. The choice is not about preference — it is determined by your board assembly:

Choose Standard Wave Soldering When:

  • All bottom-side components are through-hole — no SMT on the bottom side
  • Bottom-side component height above PCB surface is below 15mm (the wave will not contact them)
  • Production volume is high and throughput is the primary constraint

Choose Selective Soldering When:

  • Board has both SMT components on the bottom side and through-hole pins
  • Bottom-side components are heat-sensitive or have a height exceeding 15mm
  • You are assembling complex boards for automotive, aerospace, or medical applications
  • Your quality standard specifies localized heating with no full-wave exposure

Step 4: Match to Your Production Volume

Wave solder machines process boards at 1-3 meters per minute. At 2m/min conveyor speed and accounting for flux application and preheat, a typical cycle produces 200-350 boards per hour. Calculate your required line speed:

Example: If your target output is 500 boards per day in an 8-hour shift, you need a throughput of 62.5 boards per hour, or approximately 1 board per minute. At 2m/min conveyor speed, a standard wave solder machine easily handles this. For 2,000 boards per day, you need either a faster line speed or a second shift.

Frequently Asked Questions

What is the difference between in-line and off-line wave soldering machines?

In-line wave solder machines (SA series) are integrated directly into the SMT production line via SMEMA conveyor interface — boards enter from one machine and exit to the next automatically. Off-line wave solder machines (SAT series) operate independently from the main line; boards are loaded and unloaded manually or via a separate loader/unloader. Choose in-line for high-volume automated lines; choose off-line for low-volume prototyping or contract manufacturing with frequent product changeovers.

What solder alloy temperatures do S&M wave soldering machines support?

S&M wave solder machines support standard tin-lead (Sn63Pb37) at 245-250 degrees C and lead-free alloys (SAC305, SAC387) at 260-280 degrees C. The pot is heated by锡炉 heating elements with PID temperature control and includes a solder level sensor and automatic solder feed system. Confirm your required alloy and temperature at order time, as some configurations require different heater sizing for lead-free operation.

How often does the solder pot need maintenance?

Solder pot dross (surface oxidation) accumulates on the solder surface during operation and must be removed every 8-12 hours of production for lead-free alloys (more frequently for Sn63 at lower temperatures). S&M wave solder machines include a dross tray and automatic solder level compensation. Full solder pot replacement is typically required every 2-5 years depending on production volume and solder alloy. The electromagnetic pump also requires inspection every 6-12 months for wear on the paddle shaft and bearings.

Can S&M wave soldering machines be upgraded to nitrogen atmosphere later?

The SA-N series nitrogen models include sealed chamber walls, nitrogen inlet plumbing, and oxygen sensors that are not present on the standard SA air models. Converting an SA air model to SA-N nitrogen specification requires hardware modifications to the soldering chamber and is generally not cost-effective. Select the atmosphere type at time of purchase based on your 3-5 year product roadmap.

What is the conveyor speed range for S&M wave soldering machines?

S&M wave solder conveyors operate from 0.5 to 3.0 meters per minute, adjustable via the touchscreen controller. The conveyor is SMEMA-compatible and includes a board-edge sensor that confirms board presence before wave contact. Conveyor width is adjustable from 50mm to the machine’s maximum PCB width specification.

How do I integrate a wave soldering machine with my existing SMT line?

All S&M wave solder machines use standard SMEMA 4-wire signaling (board-ready, machine-busy, start transfer, power on) for plug-and-play integration with any SMEMA-compliant equipment. The machine requires single-phase 220V or three-phase 380V power (confirm at order), compressed air at 6 bar, and a solder exhaust ventilation system. S&M provides installation drawings and utility specifications before delivery.

Ready to Specify Your Wave Soldering Machine?

Provide your board dimensions, production volume, and surface finish — our team will recommend the correct configuration.

View All Wave Soldering Machines
Request Configuration Help

Last updated: 2026-05-07. Contact S&M for specific configuration recommendations based on your board types and production requirements.

Step 1: Choose Board Width

Wave soldering machines are categorized by maximum PCB width. S&M offers three standard widths. Choose based on your largest production board:

Model Width Max PCB Width S&M Model Best For
350mm class Up to 350mm width SA-350, SA-350N Small-to-medium boards, compact product lines
450mm class Up to 450mm width SA-450, SA-450N Most common choice for standard industrial boards
610mm class Up to 610mm width SA-610, SA-610N Large boards such as power supplies, LED drivers, automotive controllers

Step 2: Standard vs Nitrogen

Add nitrogen atmosphere capability when your boards require it. Use the same decision criteria as reflow oven selection:

  • Choose air wave soldering (SA series) when: boards use HASL or ENIG surface finish; all components are through-hole only with no bottom-side SMT; production is cost-sensitive.
  • Choose nitrogen wave soldering (SA-N series) when: boards use OSP surface finish; you need brighter solder joints and minimal oxidation on leads; you are running lead-free solder at higher pot temperatures and want to reduce dross formation.

Step 3: Standard vs Selective Soldering

This is the most important decision in the selection process. The choice is not about preference — it is determined by your board assembly:

Choose Standard Wave Soldering When:

  • All bottom-side components are through-hole — no SMT on the bottom side
  • Bottom-side component height above PCB surface is below 15mm (the wave will not contact them)
  • Production volume is high and throughput is the primary constraint

Choose Selective Soldering When:

  • Board has both SMT components on the bottom side and through-hole pins
  • Bottom-side components are heat-sensitive or have a height exceeding 15mm
  • You are assembling complex boards for automotive, aerospace, or medical applications
  • Your quality standard specifies localized heating with no full-wave exposure

Step 4: Match to Your Production Volume

Wave solder machines process boards at 1-3 meters per minute. At 2m/min conveyor speed and accounting for flux application and preheat, a typical cycle produces 200-350 boards per hour. Calculate your required line speed:

Example: If your target output is 500 boards per day in an 8-hour shift, you need a throughput of 62.5 boards per hour, or approximately 1 board per minute. At 2m/min conveyor speed, a standard wave solder machine easily handles this. For 2,000 boards per day, you need either a faster line speed or a second shift.

Frequently Asked Questions

What is the difference between in-line and off-line wave soldering machines?

In-line wave solder machines (SA series) are integrated directly into the SMT production line via SMEMA conveyor interface — boards enter from one machine and exit to the next automatically. Off-line wave solder machines (SAT series) operate independently from the main line; boards are loaded and unloaded manually or via a separate loader/unloader. Choose in-line for high-volume automated lines; choose off-line for low-volume prototyping or contract manufacturing with frequent product changeovers.

What solder alloy temperatures do S&M wave soldering machines support?

S&M wave solder machines support standard tin-lead (Sn63Pb37) at 245-250 degrees C and lead-free alloys (SAC305, SAC387) at 260-280 degrees C. The pot is heated by锡炉 heating elements with PID temperature control and includes a solder level sensor and automatic solder feed system. Confirm your required alloy and temperature at order time, as some configurations require different heater sizing for lead-free operation.

How often does the solder pot need maintenance?

Solder pot dross (surface oxidation) accumulates on the solder surface during operation and must be removed every 8-12 hours of production for lead-free alloys (more frequently for Sn63 at lower temperatures). S&M wave solder machines include a dross tray and automatic solder level compensation. Full solder pot replacement is typically required every 2-5 years depending on production volume and solder alloy. The electromagnetic pump also requires inspection every 6-12 months for wear on the paddle shaft and bearings.

Can S&M wave soldering machines be upgraded to nitrogen atmosphere later?

The SA-N series nitrogen models include sealed chamber walls, nitrogen inlet plumbing, and oxygen sensors that are not present on the standard SA air models. Converting an SA air model to SA-N nitrogen specification requires hardware modifications to the soldering chamber and is generally not cost-effective. Select the atmosphere type at time of purchase based on your 3-5 year product roadmap.

What is the conveyor speed range for S&M wave soldering machines?

S&M wave solder conveyors operate from 0.5 to 3.0 meters per minute, adjustable via the touchscreen controller. The conveyor is SMEMA-compatible and includes a board-edge sensor that confirms board presence before wave contact. Conveyor width is adjustable from 50mm to the machine’s maximum PCB width specification.

How do I integrate a wave soldering machine with my existing SMT line?

All S&M wave solder machines use standard SMEMA 4-wire signaling (board-ready, machine-busy, start transfer, power on) for plug-and-play integration with any SMEMA-compliant equipment. The machine requires single-phase 220V or three-phase 380V power (confirm at order), compressed air at 6 bar, and a solder exhaust ventilation system. S&M provides installation drawings and utility specifications before delivery.

Ready to Specify Your Wave Soldering Machine?

Provide your board dimensions, production volume, and surface finish — our team will recommend the correct configuration.

View All Wave Soldering Machines
Request Configuration Help

Last updated: 2026-05-07. Contact S&M for specific configuration recommendations based on your board types and production requirements.

How to Choose a Wave Soldering Machine

SMT EQUIPMENT SELECTION GUIDE

Wave soldering machine selection depends on board size, production volume, and whether your board mix requires standard or selective soldering. This guide gives you a direct decision framework.

Step 1: Choose Board Width

Wave soldering machines are categorized by maximum PCB width. S&M offers three standard widths. Choose based on your largest production board:

Model Width Max PCB Width S&M Model Best For
350mm class Up to 350mm width SA-350, SA-350N Small-to-medium boards, compact product lines
450mm class Up to 450mm width SA-450, SA-450N Most common choice for standard industrial boards
610mm class Up to 610mm width SA-610, SA-610N Large boards such as power supplies, LED drivers, automotive controllers

Step 2: Standard vs Nitrogen

Add nitrogen atmosphere capability when your boards require it. Use the same decision criteria as reflow oven selection:

  • Choose air wave soldering (SA series) when: boards use HASL or ENIG surface finish; all components are through-hole only with no bottom-side SMT; production is cost-sensitive.
  • Choose nitrogen wave soldering (SA-N series) when: boards use OSP surface finish; you need brighter solder joints and minimal oxidation on leads; you are running lead-free solder at higher pot temperatures and want to reduce dross formation.

Step 3: Standard vs Selective Soldering

This is the most important decision in the selection process. The choice is not about preference — it is determined by your board assembly:

Choose Standard Wave Soldering When:

  • All bottom-side components are through-hole — no SMT on the bottom side
  • Bottom-side component height above PCB surface is below 15mm (the wave will not contact them)
  • Production volume is high and throughput is the primary constraint

Choose Selective Soldering When:

  • Board has both SMT components on the bottom side and through-hole pins
  • Bottom-side components are heat-sensitive or have a height exceeding 15mm
  • You are assembling complex boards for automotive, aerospace, or medical applications
  • Your quality standard specifies localized heating with no full-wave exposure

Step 4: Match to Your Production Volume

Wave solder machines process boards at 1-3 meters per minute. At 2m/min conveyor speed and accounting for flux application and preheat, a typical cycle produces 200-350 boards per hour. Calculate your required line speed:

Example: If your target output is 500 boards per day in an 8-hour shift, you need a throughput of 62.5 boards per hour, or approximately 1 board per minute. At 2m/min conveyor speed, a standard wave solder machine easily handles this. For 2,000 boards per day, you need either a faster line speed or a second shift.

Frequently Asked Questions

What is the difference between in-line and off-line wave soldering machines?

In-line wave solder machines (SA series) are integrated directly into the SMT production line via SMEMA conveyor interface — boards enter from one machine and exit to the next automatically. Off-line wave solder machines (SAT series) operate independently from the main line; boards are loaded and unloaded manually or via a separate loader/unloader. Choose in-line for high-volume automated lines; choose off-line for low-volume prototyping or contract manufacturing with frequent product changeovers.

What solder alloy temperatures do S&M wave soldering machines support?

S&M wave solder machines support standard tin-lead (Sn63Pb37) at 245-250 degrees C and lead-free alloys (SAC305, SAC387) at 260-280 degrees C. The pot is heated by锡炉 heating elements with PID temperature control and includes a solder level sensor and automatic solder feed system. Confirm your required alloy and temperature at order time, as some configurations require different heater sizing for lead-free operation.

How often does the solder pot need maintenance?

Solder pot dross (surface oxidation) accumulates on the solder surface during operation and must be removed every 8-12 hours of production for lead-free alloys (more frequently for Sn63 at lower temperatures). S&M wave solder machines include a dross tray and automatic solder level compensation. Full solder pot replacement is typically required every 2-5 years depending on production volume and solder alloy. The electromagnetic pump also requires inspection every 6-12 months for wear on the paddle shaft and bearings.

Can S&M wave soldering machines be upgraded to nitrogen atmosphere later?

The SA-N series nitrogen models include sealed chamber walls, nitrogen inlet plumbing, and oxygen sensors that are not present on the standard SA air models. Converting an SA air model to SA-N nitrogen specification requires hardware modifications to the soldering chamber and is generally not cost-effective. Select the atmosphere type at time of purchase based on your 3-5 year product roadmap.

What is the conveyor speed range for S&M wave soldering machines?

S&M wave solder conveyors operate from 0.5 to 3.0 meters per minute, adjustable via the touchscreen controller. The conveyor is SMEMA-compatible and includes a board-edge sensor that confirms board presence before wave contact. Conveyor width is adjustable from 50mm to the machine’s maximum PCB width specification.

How do I integrate a wave soldering machine with my existing SMT line?

All S&M wave solder machines use standard SMEMA 4-wire signaling (board-ready, machine-busy, start transfer, power on) for plug-and-play integration with any SMEMA-compliant equipment. The machine requires single-phase 220V or three-phase 380V power (confirm at order), compressed air at 6 bar, and a solder exhaust ventilation system. S&M provides installation drawings and utility specifications before delivery.

Ready to Specify Your Wave Soldering Machine?

Provide your board dimensions, production volume, and surface finish — our team will recommend the correct configuration.

View All Wave Soldering Machines
Request Configuration Help

Last updated: 2026-05-07. Contact S&M for specific configuration recommendations based on your board types and production requirements.

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