TY3000C Inline Selective Wave Soldering Machine for High‑Efficiency PCB Production

Short Description:

TY3000C features 3‑station spray‑preheat‑soldering, single/dual solder pots and stepped plate compatibility. Equipped with infrared temperature control, auto cleaning, fast programming and Z‑axis correction, it ensures stable welding and protects heat‑sensitive components efficiently.

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Product Detail

Product Tags

Feature

• 3-station operation: spraying + preheating + soldering

• Single/Double Tin Furnaces

• Adaptation to stepped plate welding

• Flux level detection system reduces PCB ion contamination

• Automatic cleaning of flux nozzles to prevent clogging

• Solder pot overheating and overfilling detection

• All-titanium solder furnace, compatible with all alloy solders

• 5-minute rapid programming, camera scanning, simple and easy to use

• The M-point infrared temperature measurement system ensures consistent welding temperatures and protects heat-sensitive components from damage

• Zero-burden program copying; compatible with multiple devices using the same product; program can be copied and imported

• Hassle-free solder tip replacement, automatic Z-axis height correction

Detail Image

Specifications

Model		TY3000C
Equipment parameters	Equipment travel distance	500*500mm
	Dimensions	240016001750mm
	Power supply	380VAC/24KW
	Operating power	2.5-3KW
	Weight	1500kg
	Transport width	100-500mm
	Transport height	900±20mm
Workstation parameters	Spray control method	Dot spray/line spray
	Preheating method	Hot air + infrared
	Preheating temperature	25-250℃
	Wave drive method	Mechanical pumps /electromagnetic pumps
	Pot capacity	15kg
	Maximum pot temperature	350℃
	Melting time	Mechanical pump ≤ 30 mins, electromagnetic pump ≤ 75 mins
	Fluoride capacity	2L
	Alcohol capacity	2L
PCB Specifications	Maximum PCB size (including fixture)	500*500mm
	Height of upper PCBA components	Max 100mm
	Height of lower PCBA components	Max 60mm
	PCB process edge	≥5mm
Software Configuration	Programming method	Panoramic images / Real-time images / Manual programming