Soldering-DeSoldering Stations Lab Equipment Manufacturer, Supplier and Exporter in India

Ten stations are listed here, SDS-0001 to SDS-0011, running from a basic temperature-controlled soldering iron to combined rework stations. Three things decide which one a teaching or production bench needs, and none of them is the wattage printed on the box: how fast the tip recovers its temperature when it touches a joint, whether the station is safe for static-sensitive devices, and whether it works with the solder alloy your students will actually meet in industry. Read the extraction section before you order, because that part of the purchase is about the people using the bench rather than the equipment.

What is in the range

Fume extraction and hand hygiene

The health issue at a soldering bench is mostly not the metal. Lead does not evaporate appreciably at soldering temperatures; what rises from the joint is flux fume, and rosin-based flux fume is a respiratory sensitiser, which means repeated exposure can produce asthma in someone who was not previously asthmatic. Sensitisation does not reverse. So for any laboratory where a class solders regularly:

• Extract at the joint, not at the ceiling. Ask whether a bench-top fume extractor or an extracted arm is available with these stations, what filter it uses and what replacement filters cost. A fan blowing fume across the room is not extraction.
• Lead is a hand-to-mouth risk, not an inhalation one. The rule that matters is washing hands before eating and no food or drink at the soldering bench, and it should be posted at the bench.
• Collect solder waste. Dross, trimmed leads and de-soldering residue contain lead and should go to a labelled container for disposal as hazardous waste, not into the general bin or the sink.
• Ask about the usual burn precautions too: an iron stand that holds the iron securely, a heat-resistant mat, and whether the station has a sleep or auto-off function, which prevents a hot iron being left unattended and also extends tip life.

Thermal recovery is the specification that matters

A station's useful quality is how quickly the tip returns to its set temperature after it is loaded by a joint, particularly a joint connected to a ground plane. Wattage alone does not tell you that, and nor does the set temperature. Ask for:

• The heater type and where the temperature sensor sits. A sensor close to the tip in a ceramic heater assembly recovers faster and holds temperature better than one further back. SDS-0002 and SDS-0004 are distinguished in the listing by the origin of the heater rather than by its specification, so ask instead for the heater type, the power and the recovery time, which are the things that affect a joint.
• Temperature accuracy and calibration. Ask how accurate the displayed temperature is and whether it can be calibrated against a tip thermometer, because a station reading fifty degrees low teaches students to dwell too long and lift pads.
• Tips. Which shapes and sizes are available, the price and the life, and whether the tip and heater are one cartridge or separate. Tips are the consumable in this purchase; budget for them. A chisel tip of reasonable size transfers heat far better than a fine conical one, which is the fix for most student soldering difficulty.
• Static safety. For any laboratory handling complementary metal-oxide semiconductor parts or microcontrollers, ask whether the station is static-safe: the tip connected to ground, a low tip-to-ground resistance and low tip voltage, with a figure stated. Ask for the bench items too, a dissipative mat and a wrist strap, since the station alone does not make a bench static-safe.

SDS-0005, lead-free: train on what the trade uses

Lead-free alloys melt appreciably higher than traditional tin-lead solder, which has three consequences a teaching department should plan for. Tip temperatures run higher, so the station needs the power and the recovery to hold them and tips wear faster. The finished joint is duller and less smoothly filleted than a tin-lead joint, which students and examiners used to the old appearance often misread as a dry joint, so the assessment criteria need updating alongside the equipment. And flux activity matters more, so the solder wire specification is part of the lesson.

It is worth asking which alloy your course should teach, because most electronics manufacturing now works to restrictions on hazardous substances in the markets it sells to, and a laboratory that only teaches leaded soldering is training to a process the trade has largely left. Ask what alloy and flux the supplier recommends with SDS-0005 and whether both leaded and lead-free practice can be run on the same station with different tips.

De-soldering and rework

SDS-0006 and SDS-0007. Ask what produces the vacuum and how strong it is, which nozzle bores are supplied, and above all how the solder collection chamber and filter are cleaned, because a clogged filter is the commonest cause of a de-soldering station that will not pick up and most of its service life is filter maintenance. Ask what filters cost.

SDS-0008 to SDS-0011, hot air and rework. Ask the air temperature and airflow ranges and whether both are adjustable and displayed, which nozzles are supplied, and whether a board preheater is included or available: on anything larger than a small board, bringing the whole board up to temperature first is what prevents warping, lifted pads and cracked joints. For the stations described as three-in-one and four-in-one, ask exactly which functions are combined, since the names do not say. If ball-grid-array rework is claimed, ask how placement is aligned and how the reflow profile is set and recorded, and treat any claim of reliable such rework without profiling and post-reflow inspection with caution.

Also worth confirming

The quantity per bench, since soldering is one student per station rather than per group; spares, in particular tips, nozzles, filters, heaters and sponges, with prices; the supply voltage, frequency and plug type for your country, and whether the heater is mains voltage or low voltage at the tip; the manual; and the warranty, including whether it covers a burnt-out heater. Note that SDS-0001 is listed as "Soldering Station With", which appears truncated, and that SDS-0003 is absent from the sequence, so quote the code and ask for the specification. Any wattage or temperature figure quoted is confirmed in writing on the quotation; ask for its basis.

Related ranges on this site

Hand tools, cutters and meters for the same bench are under Electronics Training Tools. Components to practise on are under Electronic Components, and the circuits students build are under Basic Electronics Trainers and Digital and Analog Trainers and Kits. Appliance-level repair training is under Vocational College Trainers and Consumer Electronics Trainers, and test instruments under Testing and Measuring Lab Trainers. Parent range: Training Kits.

Request a quote

Say how many benches you are fitting out and whether the course teaches leaded or lead-free soldering, and ask for a quote that includes extraction, tips and a static-safe bench. For example Lead Free Soldering Station (SDS-0005), twenty benches, with the heater type, the recovery time, the tip range and the tip-to-ground figure stated in writing. Contact Ray Export for prices, specifications and lead times.

Frequently asked questions

Is a higher-wattage soldering station always better?

No. Wattage alone does not tell you how quickly the tip recovers after it is loaded by a joint, and neither does the set temperature. Ask for the heater type and where the sensor sits: a sensor close to the tip in a ceramic heater assembly recovers faster and holds temperature better than one further back. SDS-0002 and SDS-0004 are distinguished in the listing by the origin of the heater rather than its specification, so ask for heater type, power and recovery time. Ask too whether the displayed temperature can be calibrated against a tip thermometer.

Do we need fume extraction on a school soldering bench?

Yes, for any laboratory where a class solders regularly. What rises from the joint is flux fume, and rosin-based flux fume is a respiratory sensitiser: repeated exposure can produce asthma in someone who was not previously asthmatic, and sensitisation does not reverse. Extract at the joint, not at the ceiling. Ask whether a bench-top fume extractor or an extracted arm is available with these stations, what filter it uses and how often filters need replacing. A fan blowing fume across the room is not extraction.

Is lead a breathing hazard when students solder?

Lead does not evaporate appreciably at soldering temperatures, so it is a hand-to-mouth risk rather than an inhalation one. The rule that matters is washing hands before eating and no food or drink at the soldering bench, posted at the bench. Dross, trimmed leads and de-soldering residue contain lead and belong in a labelled container for disposal as hazardous waste, not the general bin or the sink. Add the usual burn precautions: a stand that holds the iron securely, a heat-resistant mat and a sleep or auto-off function.

Should our course teach lead-free soldering on SDS-0005?

It is worth considering, because a laboratory that only teaches leaded soldering is training to a process the trade has largely left. Lead-free alloys melt appreciably higher than tin-lead solder, so tip temperatures run higher, the station needs the power and recovery to hold them, and tips wear faster. The finished joint is duller and is often misread as a dry joint, so assessment criteria need updating too. Ask what alloy and flux are recommended with SDS-0005, and whether leaded and lead-free practice can share a station using different tips.

What makes a soldering bench static-safe?

For a laboratory handling CMOS parts or microcontrollers, ask whether the station is static-safe: the tip connected to ground, a low tip-to-ground resistance and a low tip voltage, with a figure stated in writing. The station alone does not make the bench static-safe, so ask for the bench items as well, a dissipative mat and a wrist strap. When you request a quote, the example on this page asks for the tip-to-ground figure alongside the heater type, recovery time and tip range.

What should we ask about the de-soldering and hot-air rework stations?

For SDS-0006 and SDS-0007, ask what produces the vacuum and how strong it is, which nozzle bores are supplied, and how the solder collection chamber and filter are cleaned, since a clogged filter is the commonest cause of a station that will not pick up. For SDS-0008 to SDS-0011, ask the air temperature and airflow ranges, which nozzles are supplied and whether a board preheater is available. For the three-in-one and four-in-one stations, ask exactly which functions are combined, because the names do not say.

Key takeaways

• Recovery beats wattage: ask the heater type, the sensor position and the recovery time, not just the power.
• Extract flux fume at the joint: rosin flux fume is a respiratory sensitiser, and sensitisation does not reverse.
• Lead is a hand-to-mouth risk: post a wash-hands, no-food rule and collect solder waste as hazardous waste.
• Teach the alloy the trade uses: lead-free SDS-0005 needs higher tip temperatures and updated assessment criteria.
• Static safety needs the whole bench: a grounded tip with a stated tip-to-ground figure, plus a dissipative mat and wrist strap.
• Tips and filters are the running cost: a reasonably sized chisel tip fixes most student soldering difficulty, so budget for tips, nozzles and filters.

About this page

Ray Export is a manufacturer and exporter of laboratory, scientific and educational equipment based at Plot No. 449, HSIIDC Industrial Area, Saha, Ambala, Haryana 133104, India. Enquiries: [email protected], +91-9817319615.

Written by Palak Mall, Senior Content Writer. Technically reviewed by Arvind Kumar, Lab Equipment Specialist, 12+ years in laboratory and testing instrumentation. Last updated: 17 October 2026.

Specifications, including heater type, recovery time and tip-to-ground figures, are confirmed in writing on the quotation; for certificates, contact us for the latest copies of the relevant certificates. No price is quoted on this page. Listing notes: SDS-0001 is listed as Soldering Station With, which appears truncated; SDS-0003 is absent from the sequence; SDS-0002 and SDS-0004 are distinguished by heater origin rather than specification; and the three-in-one and four-in-one rework station names do not say which functions are combined.