Kaisi Ling-15 – 15° Angled Precision Tweezers

Kaisi Ling-15 – 15° Angled Precision Tweezers

Kaisi Ling-15 is a precision service tweezer with a narrow pointed tip bent at a 15° angle, designed for electronics repair, GSM servicing and precision soldering.

The angled design makes it easier to grip small components in hard-to-reach areas and improves visibility of the working area when using a microscope.

Key features:

  • 15° angled tip,

  • narrow, precise profile,

  • secure grip on small components,

  • comfortable microscope work,

  • suitable for PCB, SMD and electronics repair,

  • model: Kaisi Ling-15.

zł22.99
Tax included
Product availability Product available
Delivery options Learn more
Description

Kaisi Ling-15 – 15° Angled Precision Tweezers

Kaisi Ling-15 is a precision tweezer designed for electronics repair, GSM servicing, SMD work and soldering under a microscope.

The Ling-15 model features a narrow, pointed tip bent at a 15° angle, making it easier to reach small components and work in areas where straight tweezers may limit visibility or freedom of movement.

15° Angled Tip

The main feature of the Ling-15 is its characteristic 15° angled tip.

This shape allows small components to be gripped and positioned without placing the hand directly above the working area.

It is especially useful during microscope work, where clear visibility of the repair area is important.

Narrow and Pointed Tip

The precise tip is suitable for handling very small electronic components.

Ling-15 works well for:

  • gripping SMD components,

  • positioning small electronic parts,

  • working with wires and jumper wires,

  • PCB repair,

  • soldering under a microscope,

  • smartphone and tablet repair,

  • working around connectors and small mounting components.

Better Access to Hard-to-Reach Areas

The angled profile makes it easier to reach components located between other parts or close to shields, connectors and edges.

This makes the Ling-15 a useful complement to standard straight tweezers, especially during more complex repair work.

Stable Grip on Small Components

The tweezer tips are designed to align precisely and provide a secure grip on small parts.

The rigid construction offers good control and helps reduce excessive flexing during precise positioning.

Designed for Service and Microscope Work

Kaisi Ling-15 is designed for frequent use in electronics repair environments.

Its angled tip is suitable for soldering, inspection, disassembly and installation of small components.

Key Features

✓ Kaisi Ling-15 model
✓ 15° angled tip
✓ narrow and pointed profile
✓ precisely aligned tips
✓ stable grip on small components
✓ improved visibility under a microscope
✓ easier access to hard-to-reach areas
✓ suitable for PCB and SMD work
✓ designed for GSM and electronics repair

Technical Specifications

Brand: Kaisi
Model: Ling-15
Type: angled precision tweezers
Tip angle: 15°
Tip type: narrow, pointed, angled
Application: electronics, GSM repair, PCB, SMD, soldering, microscope work

Package Contents

  • 1 × Kaisi Ling-15 precision tweezers

Product Details
SKAISIPT15
38 Items
Reviews(0)

No customer reviews for the moment.

You need to be logged in or create an account to give your appreciation of a review.

Sign in

Megamenu

Compare0My Wishlist0

Your cart

There are no more items in your cart

Cookies

Cookie information

This site uses first party cookies to give you the best experience on our site. We also use third party cookies to improve our services, analyze and then display advertisements related to your preferences based on the analysis of your browsing behavior.

Cookie management

About Cookies

Cookies are small text files that are saved on your computer or mobile device by the websites you visit. They are used for a variety of purposes, such as remembering user login information, tracking user behavior for advertising purposes, and personalizing the user's browsing experience. There are two types of cookies: session and persistent. The former are deleted after the end of the browser session, while the latter remain on the device for a certain period of time or until they are manually deleted.