Mini LED dedicated reflow soldering

Features of Mini LED dedicated reflow soldering product:

1. Efficient thermal compensation capability, targeted customization of hot air system to achieve optimal thermal balance;

2. Multi frequency converter control, precise temperature control, achieving smaller PCB solder joint temperature deviation;

3. Newly upgraded flux recycling system, multi-stage filtration recycling, fully improving recycling efficiency;

4. Full process nitrogen protection, independent control of nitrogen in each temperature zone, multi-point monitoring, can be controlled within 200-500PPM;

5. Multi cooling zone structure, combined with high-power cooling system, enhances the heat exchange capacity and meets the cooling slope requirements of various processes;

6. Ultra wear-resistant and highly stable special track system with automatic cleaning function, meeting the cleanliness requirements of the furnace cavity and ensuring the welding quality of the product;

Product parameters:

Model No	MINI-R80	MINI-R81	MINI-R82	MINI-R83
Heati ng system
Heating zone structure	10 heating zones,	12 heating   zones,	10 heating   zones,	12 heating zones,
	20 heating modules	24 heating   modules	20 heating   modules	24 heating   modules
Heating zone length	3670mm	4390mm	3670mm	4390mm
Heating up time	25min	25min	25min	25min
Outlet Exhaust Diameter,valume	2-Φ145,Exhaust demand 10m³/min x2
Cooling system
Cooling type	Three cooling zones:forced water   cooling
Cooling zone length	1250mm
Chiller power	5P Water chiller
Conveyor system
Conveyor Type	Chain+ mesh belt synchronous   transmission
Conveyer Direction	L→R,R→L
Converyer Height	900±20mm
Cmponent Height	Clearance above 30mm,Clearance below   20mm
Conveyor Speed	300mm-2000mm/min
Guide rail structure	Dust free special hardened   guide rail
PCB Width	Min50mm-max400mm     (Option:   max510mm)		min50mm-max250mm(Dual tracks)
			min50mm-max450mm(Single track)
Fixed Rail Mode	Front rail   Fixed(Option:Rear Rail Fixed)		The front and rear guide rails are   fixed, and the
			middle two guide rails can be   movable.
Control system
Power                                                                            AC3Ø 5W 380V 50/60HZ
Total Power	96KW	117KW	96KW	117KW
Startup Power	38KW	42KW	38KW	42KW
Normal consumption	10KW	12KW	11KW	13KW
Temp Control Range	Room temperature to 320℃
Control type	PC+PLC Control system
Temp Control accuracy	±1℃		±1℃
PCB Temp Deviation	±1℃		±2℃
Data Storage	Process Data and status stotage
Power Outage Protection	Equipped with UPS
Operation Interface	Windows Chinese simplified, English   online free switching
N2 area	Full nitrogen filling
MES communication protocol	Standard
Computer	Commercial computer
General
Dimension(LxWxH)	6400x1580x1650mm	7120x1580x1650mm	6400*1710*1650mm	7120*1710*1650mm
Weight	2500-2700kg	3000-3200kg	2900-3100kg	3500-3700kg
Flux recovery system	Standard
Color	Bright wrinkled white

FAQ:

Q: What is reflow oven machine?

A: In SMT (Surface Mount Technology), a reflow oven machine is an essential component used for soldering electronic components onto printed circuit boards (PCBs). It precisely heats the solder paste, allowing it to melt and create secure connections, a fundamental step in the electronics assembly process.

 

Q: How does a reflow machine work?

A: A reflow machine works by gradually raising the temperature to melt the solder paste on PCBs. This controlled heating process creates reliable solder connections between components and the PCB, ensuring the functionality and durability of electronic assemblies.

 

Q: What are the steps in the reflow process?

A: The reflow process in SMT involves several key steps, including preheating, solder paste reflow, and cooling. Preheating prepares the assembly for soldering, solder paste reflow creates connections, and cooling solidifies the solder joints, resulting in a completed electronic assembly.

 

Q: What is the difference between reflow oven and wave soldering machine?

A: Reflow ovens and wave soldering machines serve different soldering needs in SMT. Reflow ovens are used for surface mount components, heating solder paste to create precise connections. Wave soldering machines, on the other hand, are used for through-hole components, using a wave of molten solder to solder the bottom side of PCBs. Each method addresses distinct assembly requirements in electronics manufacturing.

H.F.X - Our Company

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About H.F.X: 

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H.F.X is a leading provider of factory planning solutions and industrial inspection solutions. We have 4 wholly-owned factories that provide professional consulting and services to global customers. We have over 11 years of experience in electronic integrated solutions and industrial testing solutions. We not only provide a complete set of equipment, but also offer comprehensive technical support and services, and provide customers with more reasonable professional advice. We help many clients establish factories in LED, TV, mobile phone, DVB, EMS, and other industries around the world. We will establish factories in LED, TV, mobile phone, DVB, EMS, and other industries around the world. We are trustworthy.

Exhibition：

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For SMT factory setup and industrial non-destructive testing, we can provide you with:

1. We provide you with complete SMT solutions and industrial testing solutions

2. We Provide Core Technology With Our Equipments

3. We provide the most professional technical services

4. We have rich experience in establishing SMT factories and industrial testing

5. We can solve any problems related to SMT and industrial testing

Mini LED dedicated reflow soldering