KA100P SMT Automatic Splicing Machine Low Noise For SMT Splicing

KA100P SMT Automatic Splicing Machine Low Noise For SMT Splicing

KA100P SMT Intelligent Splicing Machine

KA100P Intelligent splicing machine is the upgraded version with intelligent module from KA100 auto splicing machine, makes the operation more easier and production more effective, stable and reliable.

KA100P CORE ADVANTAGES

1. AUTOMATIC SPLICING:Apply to all types carrier tapes of 8mm.

2. HIGH FPY:FPY ≥99.3%.

3. LOW NOISE:Unique design of non-vacuum splicing to avoid heavy noise.

4. HIGH SPEED:Enhance the splicing speed and FPY greatly.

5. INTELLIGENT:Equipped with visual recognition system, automatic detection of empty pocket and pitch.

6. RELIABLE SPLICING:Working with hot-melt splice tape to enhance the splicing strength greatly no loosing or broken during carrier tape moving in feeder.

7. MATERIAL ERRORS RECOGNITION:Intelligent validation system incorporated to prevent material errors,can dock with ERP,MES system to achieve safe production.

8. EASY OPERATION:Easy to use,new operator can lean to use under 3 minutes,reduced the reliance on skilled operators and staff training.

PRODUCT SPECIFICATIONS

PRODUCT PARAMETER

With the development of intelligent automation in SMT factories. It is the inevitable trend to realize the automation production by using auto SMT Splicing machine. Started from 1999, KHJ Technology was devoted to the research and innovation of SMT Splicing machine, and focus on solving the SMT manufacturing difficulties in cooperation with global customers.

With the higher production requirement on SMT splicing production line and more smaller mounting components, which request latest technology to ensure the stable&reliable splicing and anti-electrostatic safety.

Why choose us?

1. Good production capacity and fast delivery.

2. Management cost saving and labor costs reducing.

3. Good reputation and after-sales service team.

4. Environmentally friendly products.

5. Professional manufacturer for nearly 20 years.