FUJI XPF AIM W72 72MM UF05200 SMT Feeder For NXT Machine

Original New SMT Feeder FUJI XPF AIM W72 72MM UF05200 Durable For NXT Machine

Specifications:

Supply Ability:

Supply&repair all Fuji spare parts at a good price:

• W04b UF08600 UF08700
• W32c UF10700 UF10800
• W44 UF01100 UF01800
• W72 UF05200 UF02500
• W8 UF02300 UF07700 UF00500 UF01300
• W8(0402) UF04100 UF07800 UF04200 UF04300
• W08c UF09700 2UDLFA0002 UF09800 UF09900
• FUJI NXT III 8mm W08F BUCKET TYPE INTELLIGENT FEEDER 2ADLF006104
• W12 UF00600 UF00700 UF01400
• W12c UF10000 UF10100 UF10200
• FUJI NXT III 12mm W12F BUCKET TYPE INTELLIGENT FEEDER 2DLFB001100
• W16 UF00800 UF01500
• W16c UF10300 UF10400
• FUJI NXT III 16mm W16F BUCKET TYPE INTELLIGENT FEEDER 2ADLFB005904
• W24 UF00900 UF01600
• W24c UF10500 UF10600
• FUJI NXT III 24mm W24C BUCKET TYPE INTELLIGENT FEEDER AB10215
• W32 UF01000 UF01700
• W88 UF05300 UF02600
• W104 UF05000 UF09600

Company Profile:

Are you looking for a supplier of quality THT or SMT spare parts when you want them? FUJINTAI is the answer for your Through-hole technology machines, Surface mount technology equipment and electronics assembly systems needs.

FUJINTAI supplies SMT feeders, SMT nozzles, SMT tools and SMT consumables to electronics manufacturing services companies globally and also has created win-win partnerships with SMT vendors and distributors in the worldwide over the last decade.Since the establishment of FUJINTAI team, we confirm Customer Satisfaction is our #1 goal and the dedication to providing the utmost quality in our products, we continually improve the service for our customers.

Advantages:

• The below NXT feeders are all in stock for sale:

Characteristics:

What actually is surface mount technology?

During the 1970s and 1980s the level of automation started to rise for PCB assembly for boards used in a variety of equipment. The use of traditional components with leads did not prove easy for PCB assembly. Resistors and capacitors needed to have their leads pre-formed so that they would fit through holes, and even integrated circuits needed to have their leads set to exactly the right pitch so that they could be placed through the holes easily.

This approach always proved difficult as leads often missed the holes as tolerances required to ensure they fitted exactly through the holes were very tight. As a result operator intervention was frequently required to resolve the issues of components not fitting properly and stopping the machines. This slowed down the PCB assembly process and considerably increased costs.