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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Metcal soldering technology

Stands for soldering tools

Metcal iron stands hold soldering tools from the MX-5000 and MX-5200 series securely during operation. The range includes three specialised models: the universal stand MX-W1AV for standard soldering irons, the MX-W4PT for soldering tweezers, and a dedicated stand for desoldering irons. All models are functionally matched to the Metcal MX platform.

3 items
1 manufacturer
Net prices plus VAT

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Workstand for MX-DS1 desoldering iron, for MX-5000 and MX-5200 - Metcal MX-W5DS
€106.38
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TipSaver work stand for MX-H1-AV and MX-H2-UF handpieces - Metcal MX-W1AV
€106.38
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TipSaver work stand for MX-PTZ soldering tweezers - Metcal MX-W4PT
€106.38

Buying guide

How to choose Stands for soldering tools

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

Product overview

⚙ MX-W1AV iron stand - for standard soldering irons of the MX-5000 and MX-5200 platform

✓ MX-W4PT tweezer stand - specifically for soldering tweezers, safe rest for the dual tip

↕ Desoldering iron stand - adapted geometry for Metcal MX-line desoldering irons

⛤ MX-5000 and MX-5200 compatible - all three models fit both station generations

Compatibility overview

Item	Tool type	Compatible stations
Metcal MX-W1AV	Soldering iron stand	MX-5000, MX-5200
Metcal MX-W4PT	Soldering tweezer stand	MX-5000, MX-5200
Desoldering iron stand	Desoldering iron stand	MX-5000, MX-5200

Typical applications

Typical applications: Safe resting of Metcal MX soldering tools between work steps in electronics production, rework and laboratory environments, protection against unintended heat contact at the workstation, and organised tool storage when operating multiple tool types (iron, tweezers, desoldering iron) from a single MX-5000/5200 station.

FAQ

Frequently asked questions about Stands for soldering tools

What are Metcal soldering tool stands and their primary industrial applications?

Metcal soldering tool stands are precision-engineered support fixtures designed for secure positioning and storage of soldering irons, desoldering tools, and soldering tweezers during electronic assembly operations. These stands serve electronics manufacturing facilities, PCB repair workshops, and R&D laboratories where controlled component placement and thermal management are critical. The stands accommodate specific Metcal station models including MX-5000 and MX-5200 series, providing stable workpiece support during surface-mount and through-hole soldering processes. Professional applications include aerospace electronics assembly, medical device manufacturing, and automotive ECU production where precision soldering requires hands-free tool positioning.

What are the key technical selection criteria for Metcal soldering stands?

Selection criteria for Metcal soldering stands center on compatibility with specific station models, tool type accommodation, and workspace integration requirements. The MX-W1AV stand provides universal compatibility with MX-5000 and MX-5200 stations for standard soldering applications, while the MX-W4PT variant specifically supports soldering tweezers for precision component work. Stand selection must consider thermal dissipation characteristics, mechanical stability under operational loads, and integration with existing workbench configurations. Compatibility verification with your specific Metcal station model ensures proper tool seating and optimal heat transfer management during extended soldering operations.

Which standards and certifications apply to professional soldering tool stands?

Professional soldering tool stands must comply with IEC 61010-1 safety requirements for electrical equipment used in measurement and laboratory environments, ensuring operator protection during high-temperature operations. Workstation integration follows ISO 14644 cleanroom standards when used in controlled manufacturing environments, particularly for medical device and aerospace applications. ESD protection compliance aligns with IEC 61340-5-1 standards for electrostatic discharge control in electronics manufacturing. Manufacturing quality systems typically require ISO 9001 certification from suppliers, ensuring consistent performance and traceability for critical soldering operations where component reliability affects end-product safety and functionality.

What are the differences between Metcal soldering stand variants?

The Metcal MX-W1AV provides universal stand functionality for standard soldering irons and desoldering tools compatible with MX-5000 and MX-5200 stations, featuring adjustable positioning for various iron sizes. The specialized MX-W4PT variant incorporates precision holders specifically designed for soldering tweezers, enabling secure positioning during fine-pitch component work and dual-sided PCB operations. Standard desoldering tool stands accommodate the larger thermal mass and vacuum connections required for desoldering operations, while maintaining compatibility with the same MX-series base stations. Each variant optimizes tool access angles and heat dissipation characteristics for its specific application, ensuring operator safety and process efficiency during extended soldering sessions.

What are the installation and compatibility requirements for Metcal soldering stands?

Metcal soldering stands require direct compatibility verification with MX-5000 or MX-5200 station models through proprietary connection interfaces that ensure proper electrical grounding and thermal management. Installation involves secure mounting to stable work surfaces capable of supporting operational loads without vibration, typically requiring workbench thickness of 20mm minimum for proper stability. The stands integrate with existing Metcal power units through dedicated connection ports that provide both mechanical support and electrical continuity for ESD protection. Workspace integration must accommodate the stand's footprint while maintaining access to control interfaces, with clearance requirements varying by specific model but typically requiring 150mm radius for safe tool manipulation during operation.

What safety ratings and operating parameters apply to Metcal soldering stands?

Metcal soldering stands operate within temperature ranges of 15°C to 40°C ambient while supporting tool temperatures up to 450°C through thermally isolated mounting systems that prevent heat transfer to work surfaces. Safety ratings include IP20 protection class for standard workshop environments, with ESD dissipation resistance typically maintained below 10^9 ohms for proper electrostatic discharge control. The stands incorporate thermal barriers rated for continuous operation at soldering temperatures while maintaining surface temperatures below 60°C at operator contact points. Electrical safety compliance includes protective grounding through the connected Metcal station, with insulation resistance exceeding 2 megohms between live parts and accessible surfaces to prevent electrical hazards during normal operation.

What maintenance and inspection requirements apply to professional soldering stands?

Professional soldering stands require monthly visual inspection of mounting hardware, electrical connections, and thermal isolation components to ensure continued operational safety and performance. Cleaning schedules should include weekly removal of flux residues using IPA solutions while avoiding aggressive solvents that may degrade polymer components or compromise electrical insulation properties. Annual electrical safety testing includes insulation resistance measurement and continuity verification of ESD grounding paths, with resistance values maintained within manufacturer specifications typically below 1 megohm. Service life expectancy reaches 5-7 years under normal industrial use conditions, with replacement indicators including mechanical wear at pivot points, thermal damage to isolation components, or electrical continuity failures that compromise ESD protection during critical assembly operations.