Active Soldering Tip CHIP 3LA - Hakko T51-LA3
€86.93
Excl. 19% VAT ,
excl. Shipping Cost
Article
HK-T51-LA3
Manufacturer Nr.
T51-LA3
Active soldering tips in CHIP 3LA format designed for the Hakko FX-9705 precision tweezers. Pack contains 2 replacement tips. Ideal for fine-pitch component soldering and rework applications.
Frequently Bought Together
-
This Item:
€86.93Excl. 19% VAT , excl. Shipping Cost
-
Active Soldering Tip Chip 0.5C - Hakko T51-C05
€86.93Excl. 19% VAT , excl. Shipping Cost
-
Active Soldering Tip SOP 10L - Hakko T51-L10
€86.93Excl. 19% VAT , excl. Shipping Cost
Total price
Overview
The Hakko T51-LA3 is a pack of two active soldering tips in CHIP 3LA format, specifically engineered for use with the Hakko FX-9705 precision soldering tweezers. These tips deliver reliable heat transfer and consistent solder joint quality for fine-pitch and micro-component applications.
Key Features
- CHIP 3LA format compatible with FX-9705 tweezers
- Active heating element for rapid thermal response
- ESD-safe design for sensitive component protection
- Pack of 2 replacement tips
- Precision-engineered for fine-pitch soldering
- Durable construction for extended service life
Technical Specifications
| Tip Format | CHIP 3LA |
| Compatible Equipment | Hakko FX-9705 Precision Tweezers |
| Quantity per Pack | 2 tips |
| ESD Safe | Yes |
| Country of Origin | Japan |
Applications
Ideal for precision soldering of fine-pitch components, micro-BGA rework, and sensitive electronic assemblies where controlled heat application and ESD protection are critical.
Scope of Delivery
- 2 × Active Soldering Tips CHIP 3LA Format
| Manufacturer Nr. | T51-LA3 |
|---|---|
| Manufacturer | Hakko |
| Country of Manufacture | Japan |
| EAN | 4962615060588 |
| HS-Code | 85159080 |
| GPSR manufacturer information | TBK - Technisches Büro Kullik GmbH Industriestrasse 27 DE-56276 Großmaischeid www.kullik.com |
| Article authenticity | Original product |
| Condition of article | New |
Write Your Own Review
Customers Who Bought This Item Also Bought
