Weller Xcelite Hex Ball End Interchangeable Standard Screwdriver Set, 9-Piece

Weller Screwdriver Set, 9 Pieces, Hex Ball End Tip Type - 99PS41MMBPN

This screwdriver set is designed for interchangeable screwdriving tasks where a selection of hex ball-end tips is required. It provides a compact assortment of tools for precision and general-purpose screwdriving operations within workshops and electronics workbenches, supplied by the Weller brand and meeting UPC approval.

Features and Benefits:

• Nine interchangeable bits provide flexible tip selection and reduced tool changes
  Hex ball-end tips allow angled engagement for difficult access
  Interchangeable standard design speeds up bit swapping during tasks
  Non-ESD construction suits environments where antistatic protection is not required
  Compact nine-piece format supports organised storage and portability

Applications

• Suitable for repair work on consumer electronics and small devices
  Ideal for maintenance tasks requiring angled hex access
  Used with precision assemblies needing multiple tip sizes
  Can be used for general workshop and light industrial fastening
  Suitable for technicians requiring a portable multi-bit kit

How many components are included and how does that affect usage?

The kit contains nine pieces which provide a range of common hex sizes, allowing technicians to carry a single compact set rather than multiple individual drivers.

Are the tips fixed or interchangeable and what workflow advantage does that offer?

The tips are interchangeable, enabling rapid exchange between sizes to maintain workflow continuity during sequential tasks.

Does the set include antistatic protection for sensitive circuitry?

The construction does not include ESD protection, so additional antistatic measures are advisable when working on sensitive electronics.

Which certification is associated with the set and what does it imply?

The set is UPC approved, indicating conformity with the specified approval scheme for the product type.

Caution

Care should be taken not to over-torque the smaller sizes of blade.