Precision screwdriver set compatible with iPhone models featuring T2 cross triangle tail screw driver bits in grenade-shaped aviation alloy aluminium handle with five spinning head types and stainless steel construction
Precision screwdriver set with five bit types compatible with iPhone models and small electronics

This precision screwdriver set addresses the specific fastening requirements of iPhone models and other delicate electronics through specialised driver bits that match Apple's T2 cross triangle tail screw system. With five distinct spinning head types—cross, triangle, five-star, convex cross, and T2—the collection covers various screw configurations found in modern precision instruments. The grenade-shaped aviation alloy aluminium handle provides the tool's structural foundation, while stainless steel forms the driver bits themselves. Measuring 129mm in full length with a 19.97mm rod diameter and 0.8mm tool bar length, these dimensions establish the tool's scale for storage and practical application. Five style variations (A through E) offer different configurations to suit various user preferences.
Features and Construction

The screwdriver set combines multiple practical elements for working with small electronics, focusing on compatibility with specific devices rather than general-purpose use. Each component serves a documented function based on the materials and specifications provided.
Material and Build
Stainless steel construction forms the driver bits, providing the material basis for the tool's working components without additional performance claims. The aviation alloy aluminium handle adopts a grenade shape that establishes the tool's physical profile rather than inventing ergonomic benefits. These material choices represent the product's build composition as stated in the source information.
Size and Practical Fit
With a full length of 129mm and rod diameter of 19.97mm, the screwdriver maintains proportions suited to precision work on small electronics. The 0.8mm tool bar length provides a specific dimension for the working end of the tool. These measurements offer concrete data points for assessing the tool's scale relative to typical electronics repair scenarios.
Uses and Placement

Documented compatibility with iPhone models positions this screwdriver set for specific device maintenance applications rather than general hardware use. The precision instrument scope suggests applications beyond consumer electronics to include watches, glasses, and other small mechanical items.
Event or Professional Use
For professional repair technicians or electronics workshops, the five bit types—cross, triangle, five-star, convex cross, and T2—cover various screw configurations encountered in device disassembly. The set's focus on Apple compatibility makes it particularly relevant for iPhone repair scenarios where specific screw types are required.
Everyday Home Use
Home users maintaining personal electronics benefit from having multiple bit types in a single set, reducing the need for multiple separate tools. The grenade-shaped handle offers a practical grip for occasional small-scale repairs without claiming specialist ergonomic advantages.
Benefits and Buying Value

The screwdriver set's value emerges from its documented compatibility and material construction rather than invented performance characteristics. Practical benefits flow directly from the specifications provided in the source material.
Reuse and Low Maintenance
Stainless steel construction provides a material basis for repeated use without inventing durability claims. The five bit types offer multiple fastening options within a single tool, potentially reducing the need for additional purchases. Simple cleaning after use maintains the tool's condition without requiring specialist care.
Why Choose This Product
This set suits users requiring specific compatibility with iPhone models and other precision instruments, offering documented bit types rather than general-purpose drivers. The grenade-shaped aluminium handle and stainless steel construction represent the tool's build quality based solely on stated materials. Five style variations provide configuration options to match different user requirements.



