LEAD IN
Recently, I’ve been getting a lot of sales messages.
And I noticed something interesting—they all follow the same script.
First, they point out your pain.
Then they exaggerate the consequences of not fixing it.
“If you don’t solve this now, things will get worse.”
Then comes the promise:
“Buy this, and you’ll 100% benefit.”
“Even beginners can master it.”
“Even grandparents can learn it easily.”
And of course:
“Limited spots. First come, first served.”
Honestly? The moment I see messages like this, I block them.
I really dislike this kind of sales tactic.
They profit by selling anxiety—and end up making people even more anxious.
Now we’re living in an AI-driven world where information is everywhere.
That makes critical thinking more important than ever.
Even AI can try to please you.
It can give you emotional comfort—and sometimes completely wrong answers.
And let’s be honest:
There are fewer and fewer people telling the truth.
A lot of AI-generated content today hasn’t been tested or verified in real-world situations.
So today, I want to walk you through a real case:
A custom Samsung nozzle solution.
Background
The customer wanted to customize a nozzle for a Hanwha / Samsung SM482 machine.
Component:
A connector with an angled and uneven surface
We were also given size and structural drawings.
Customer Concerns
Here’s what they were worried about:
- The pickup surface is tilted at 6.6° ± 0.5°, not flat
- The nozzle must not rotate or shake during pickup
- The pickup point must be at the center of the tilted surface
- The surface is uneven
- The material is plastic
Our Solution
Here’s how we solved each problem:
| Problem | Solution |
|---|---|
| Tilted surface (6.6° ±0.5°) | Designed nozzle tip at 6.2° angle |
| No rotation or shaking | Added anti-rotation pin |
| Center pickup required | Designed dual pickup points at center |
| Uneven surface | Used foam material for nozzle tip |
| Plastic material | Or use rubber tip |
How the Vacuum Nozzle Works
The system works like this:
- Vacuum source connects to the nozzle holder
- Anti-rotation pin keeps the nozzle stable
- The nozzle body includes a 6.2° angled base
- Dual suction holes ensure balanced pickup
- A foam or rubber tip adapts to uneven surfaces
- The component is picked precisely at the center
Unfortunately, I can’t share real photos of the nozzle yet.
I’ll update this soon—stay tuned.
A Thought I Had Today
Today I was reading a book called “Working Together” by a well-known Red Team thinking company in the US.
One story really stuck with me.
At age 60, Alan Mulally, former CEO of Ford, joined from Boeing—an industry he had never worked in before.
At that time:
- Ford was losing $12.6 billion
- Cash flow was almost gone
- The financial crisis was approaching
His solution?
A simple idea:
“One Ford” — get everyone working toward the same goal.
After the crisis, Ford became the only major automaker that didn’t go bankrupt.
What I Believe
What I want to do is simple:
Work closely with customers.
Align with partners.
Get everyone moving in the same direction.
If you have any questions about SMT nozzles, feel free to leave a comment.
Let’s solve it together.
