Did you know? 217 °C

SAC305 is 96.5 percent tin, 3 percent silver and 0.5 percent copper. It melts around 217 degrees Celsius, some 34 degrees above the old eutectic tin lead alloy.

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Soldering

Quick Soldering tools

Quick soldering tools cover manual soldering stations (70-1350 W), hot-air rework stations, 4-axis soldering robots, solder fume extraction systems, and the associated consumables and accessories. The range targets industrial production operations that need calibratable ESD-safe equipment for multi-shift use, as well as service laboratories requiring compact single-station units.

Particular strengths include the broad station selection (analogue to digital, 70-1350 W), the cross-station compatible soldering tip series (series 200 long-life tips for 3202/376D/TS2200), and the modular ESD extraction systems with replaceable activated-carbon filters and flexible arm configurations.

448 items
5 subcategories
1 manufacturer
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Buying guide

How to choose Quick Soldering tools

What matters when choosing: properties, comparison and typical applications.

Technical advantages - Quick soldering tools

⚡ Power range 70-1350 W - hand soldering stations through to high-power rework units

⚙ ESD protection per DIN EN 61340-5-1 - antistatic design for EPA zones

✓ Calibratable instruments - for ISO 9001 and IPC-A-610 quality processes

↕ 4-axis soldering robots - 9494F, 9584EYA with dual-table option for high throughput

📦 Modular extraction systems - ESD arm configurations with replaceable activated-carbon filters

⛤ Rapid cartridge tips (TS1200D) - tool-free tip change, short warm-up times

Quick station comparison

Model	Power	Temperature	Key feature
Quick 969A+ / 969B+	70 W	200-480 °C	Analogue/digital, 3 presets, ESD
Quick 3104 / 3202 / 3205	80-150 W	100-450 °C	HF technology, calibratable
Quick TS8 / TS2300	150 W	100-500 °C	LCD, 3-channel, auto-standby
Quick TS1200D	120 W	-	Rapid cartridge tips
Quick 860DA / 861DW	120-1000 W	100-500 °C	Hot-air rework
Quick TR1300A	1300 W	100-500 °C	Password lock, ESD

Typical applications

Typical applications: Hand soldering and rework in SMT series production and repair, BGA/QFP rework with hot air (861DW, TR1300A), automated selective soldering with 4-axis robots (9494F-A, 9584EYA), quality assurance in documentation-critical production, and solder fume extraction at ESD-protected workstations.

✓ Quick soldering toolsStations, tips, robots, extraction and accessories

⚙ ESD-safeDIN EN 61340-5-1, calibratable for ISO 9001

FAQ

Frequently asked questions about Quick Soldering tools

What is Quick soldering technology and what are its primary industrial applications?

Quick soldering technology encompasses precision thermal management systems for electronic assembly, rework, and repair operations in industrial manufacturing environments. Primary applications include PCB assembly in automotive electronics, medical device manufacturing, telecommunications equipment production, and semiconductor packaging where temperature control accuracy within ±1°C is critical. The technology serves industries requiring IPC-A-610 Class 3 reliability standards, particularly aerospace and defense contractors who demand consistent joint quality and thermal profiling capabilities for lead-free solder alloys.

What are the key technical selection criteria for Quick soldering stations?

Critical selection criteria for Quick soldering stations include power output ranging from 150W for precision hand soldering up to 1600W for infrared reflow applications, temperature range capabilities spanning 100°C to 800°C depending on application requirements, and heating technology type whether resistance-based, hot air, or infrared ceramic emitters. The Quick TR1300A offers 1300W hot air capability with 100-500°C range and ESD protection, while the Quick 3000 provides 1600W infrared dark emitters for BGA rework. Flow rate specifications like the 861DW's 60 L/min air volume and calibration accuracy determine process repeatability for production environments.

Which international standards and certifications apply to Quick soldering equipment?

Quick soldering equipment must comply with IEC 61010-1 for electrical safety in measurement and laboratory equipment, ISO 9001 quality management standards for consistent manufacturing processes, and ESD protection requirements per IEC 61340-5-1 for electrostatic discharge sensitive environments. Temperature measurement accuracy follows DIN EN 60584 thermocouple standards, while EMC compliance adheres to EN 61326-1 for industrial electromagnetic compatibility. Many Quick stations include factory calibration protocols traceable to national metrology standards, with the Quick 196 temperature measurement device providing 0-800°C range with certified calibration documentation for quality assurance requirements.

What are the main differences between Quick's robotic soldering systems and manual stations?

Quick's robotic soldering systems like the 9594FYA-A and 9494F-A feature 4-axis automation with dual-table configurations for continuous production, integrating vision systems, dispensing modules, and programmable motion control for consistent joint placement and thermal profiles. Manual stations such as the TS2300 3-channel system and TR1300A provide operator-controlled temperature regulation with digital displays, preset memory functions, and calibration capabilities for bench-level assembly work. Robotic systems handle high-volume production with repeatability specifications measured in micrometers, while manual stations offer flexibility for prototype development, repair operations, and low-volume specialized assemblies requiring human judgment.

What are the installation requirements and system compatibility considerations for Quick soldering equipment?

Quick soldering systems require stable 230V AC single-phase power supply with appropriate circuit protection rated for equipment power consumption ranging from 150W for hand stations up to 1600W for infrared reflow systems. Installation environments must maintain ambient temperatures between 15-35°C with relative humidity below 80% non-condensing, while providing adequate ventilation for fume extraction particularly when processing flux-cored solders. Robotic systems like the Quick 9584EYA require compressed air supply at 0.5-0.7 MPa for pneumatic actuators, Ethernet connectivity for programming interface, and vibration-free mounting surfaces to maintain positioning accuracy within specified tolerances.

What safety ratings and environmental specifications apply to Quick soldering equipment?

Quick soldering equipment typically carries IP20 ingress protection rating suitable for clean industrial environments, with operating temperature ranges from 0°C to 40°C ambient and storage temperatures extending from -20°C to 70°C for most models. ESD protection systems integrated into stations like the TR1300A provide ground monitoring and ionization capabilities meeting IEC 61340 standards for sensitive component handling. The equipment operates within Class I electrical safety classifications requiring protective earth connections, while heating elements maintain isolation resistance exceeding 2 MΩ at 500V DC testing voltage to ensure operator safety during maintenance procedures.

What are the maintenance schedules and service life expectations for Quick soldering systems?

Quick soldering systems require monthly calibration verification using certified reference thermocouples to maintain temperature accuracy within ±2°C tolerance, with annual professional recalibration recommended for production environments requiring ISO 9001 compliance documentation. Heating element service life typically ranges from 2000-5000 operating hours depending on temperature cycling frequency and maximum operating temperatures, while pump assemblies in hot air systems require inspection every 1000 hours for bearing wear and air flow degradation. Preventive maintenance includes quarterly cleaning of air filters, thermal sensor inspection, and connection torque verification to ensure consistent performance throughout the typical 10-15 year equipment service life under normal industrial operating conditions.