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ข่าวของบริษัทเกี่ยวกับ Indias Electronics Sector Adopts Costeffective Wave Soldering

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Indias Electronics Sector Adopts Costeffective Wave Soldering

2025-10-28

In India's rapidly expanding electronics manufacturing landscape, the Mectronics WSM 310 wave soldering machine emerges as an economical solution for achieving high-quality PCB assembly. This compact yet efficient system offers Indian electronics manufacturers a competitive edge through its flexible configuration and cost-effective operation.

Product Overview

Designed specifically for small to medium-sized electronics manufacturers, the WSM 310 represents an entry-level wave soldering solution. The machine features finger-type conveyors capable of handling printed circuit boards up to 300mm (11.8 inches) in width. Its integrated design combines flux application, preheating, and laminar (smooth) wave soldering modules, with an optional turbulent wave module for surface-mount passive components.

Key Advantages
  • Cost Efficiency: Delivers quality soldering performance while minimizing both capital investment and operational expenses.
  • Configuration Flexibility: Offers optional single or dual-wave soldering configurations with turbulent wave capability.
  • User-Friendly Operation: Streamlined design simplifies maintenance procedures and reduces downtime.
  • Robust Construction: Welded steel frame ensures long-term stability and durability.
  • Environmental Compliance: Supports both leaded and lead-free solder materials with quick-change functionality.
Technical Specifications
Parameter Specification
Wave Width 300mm (11.8 inches)
Maximum Wave Height 0 to 10mm (0 to 3/8 inches)
Solder Pot Capacity 90kg (200 lbs)
Maximum Conveyor Speed 2.5m/min (98.4 inches/min)
Flux Tank Capacity 3 liters (0.8 gallons)
Preheat Time Approximately 60 minutes
Operational Features
PCB Handling

The durable L-shaped finger conveyor system enables efficient board transport without requiring pallets, while continuous width adjustment accommodates various PCB dimensions.

Modular Design

The space-saving integrated structure combines essential soldering stages, with optional turbulent wave capability for surface-mount component requirements.

Soldering System

The removable solder pot cart facilitates rapid material changes between leaded and lead-free processes, while precise wave height control (0-10mm) ensures optimal solder joint formation.

Thermal Management

Multi-zone preheating with independent temperature control allows precise thermal profiling for different board types and component mixes.

Industrial Applications

The WSM 310 serves diverse electronics manufacturing segments including consumer electronics, industrial control systems, automotive electronics, medical devices, and telecommunications equipment.

For India's growing electronics manufacturing sector, the Mectronics WSM 310 presents a balanced combination of affordability and performance, addressing the critical need for reliable soldering solutions that maintain quality standards while controlling production costs.

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ข้อมูลข่าว
บ้าน > ข่าว >

ข่าวของบริษัทเกี่ยวกับ-Indias Electronics Sector Adopts Costeffective Wave Soldering

Indias Electronics Sector Adopts Costeffective Wave Soldering

2025-10-28

In India's rapidly expanding electronics manufacturing landscape, the Mectronics WSM 310 wave soldering machine emerges as an economical solution for achieving high-quality PCB assembly. This compact yet efficient system offers Indian electronics manufacturers a competitive edge through its flexible configuration and cost-effective operation.

Product Overview

Designed specifically for small to medium-sized electronics manufacturers, the WSM 310 represents an entry-level wave soldering solution. The machine features finger-type conveyors capable of handling printed circuit boards up to 300mm (11.8 inches) in width. Its integrated design combines flux application, preheating, and laminar (smooth) wave soldering modules, with an optional turbulent wave module for surface-mount passive components.

Key Advantages
  • Cost Efficiency: Delivers quality soldering performance while minimizing both capital investment and operational expenses.
  • Configuration Flexibility: Offers optional single or dual-wave soldering configurations with turbulent wave capability.
  • User-Friendly Operation: Streamlined design simplifies maintenance procedures and reduces downtime.
  • Robust Construction: Welded steel frame ensures long-term stability and durability.
  • Environmental Compliance: Supports both leaded and lead-free solder materials with quick-change functionality.
Technical Specifications
Parameter Specification
Wave Width 300mm (11.8 inches)
Maximum Wave Height 0 to 10mm (0 to 3/8 inches)
Solder Pot Capacity 90kg (200 lbs)
Maximum Conveyor Speed 2.5m/min (98.4 inches/min)
Flux Tank Capacity 3 liters (0.8 gallons)
Preheat Time Approximately 60 minutes
Operational Features
PCB Handling

The durable L-shaped finger conveyor system enables efficient board transport without requiring pallets, while continuous width adjustment accommodates various PCB dimensions.

Modular Design

The space-saving integrated structure combines essential soldering stages, with optional turbulent wave capability for surface-mount component requirements.

Soldering System

The removable solder pot cart facilitates rapid material changes between leaded and lead-free processes, while precise wave height control (0-10mm) ensures optimal solder joint formation.

Thermal Management

Multi-zone preheating with independent temperature control allows precise thermal profiling for different board types and component mixes.

Industrial Applications

The WSM 310 serves diverse electronics manufacturing segments including consumer electronics, industrial control systems, automotive electronics, medical devices, and telecommunications equipment.

For India's growing electronics manufacturing sector, the Mectronics WSM 310 presents a balanced combination of affordability and performance, addressing the critical need for reliable soldering solutions that maintain quality standards while controlling production costs.