Ideal-tek 2A.TA.0.ITU — Titanium High Precision Tweezers, Type 2A, 120mm
The Ideal-tek 2A.TA.0.ITU (SKU: 2A.TA.0.ITU) is a Type 2A high precision tweezer machined from titanium (TA body material). Titanium construction provides an exceptional combination of light weight, high strength, corrosion resistance, and non-magnetic properties — making these tweezers ideal for demanding applications in electronics assembly, semiconductor handling, medical device manufacturing, and cleanroom environments where standard stainless steel tweezers are unsuitable. Overall length 120mm (4.72"). RoHS compliant.
Key Specifications
| Specification |
Value |
| Part Number / SKU |
2A.TA.0.ITU |
| Tip Style |
Type 2A — fine, flat, straight tip for holding flat components |
| Body Material |
TA — Titanium |
| Body Coating / Finishing |
None (bare titanium) |
| Reverse Action |
No |
| ESD Safe |
No (titanium is conductive but not ESD-dissipative) |
| Anti-Magnetic |
Yes — titanium is non-magnetic |
| Overall Length (OAL) |
120mm (4.72") |
| RoHS Compliant |
Yes |
| Brand |
Ideal-tek |
Key Features
-
Titanium construction — approximately 45% lighter than stainless steel at equivalent strength; reduces operator fatigue during extended precision work
-
Non-magnetic — titanium is inherently non-magnetic, making these tweezers ideal for handling magnetic-sensitive components, wafers, and assemblies where stainless steel tweezers could cause interference
-
Excellent corrosion resistance — titanium resists attack from most acids, alkalis, and solvents — suitable for use with aggressive process chemicals where stainless steel may corrode
-
Non-sparking — titanium does not spark on impact, making it suitable for use in environments with flammable vapors or gases
-
Type 2A tip geometry — fine, flat straight tip for firm, secure holding of flat SMT components, wafers, and substrates
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120mm OAL — compact length for precise control in close-quarters component handling
Frequently Asked Questions
What are the advantages of titanium tweezers over stainless steel tweezers?
Titanium offers four key advantages over stainless steel for precision tweezers: (1) Weight — titanium is ~45% lighter than stainless steel, reducing hand fatigue during extended use; (2) Non-magnetic — titanium will not magnetize or attract magnetic components, critical for handling magnetic-sensitive assemblies; (3) Corrosion resistance — titanium resists a broader range of chemicals than stainless steel, including many acids and chloride environments; (4) Non-sparking — titanium does not spark on impact, important in flammable or explosive environments.
What is the Type 2A tip geometry and what components is it designed for?
Type 2A is a high precision tip style with a fine, flat, straight profile designed for firmly holding flat components such as SMT chip resistors, capacitors, ICs, wafer pieces, and substrates. The flat tip face provides maximum contact area on flat component surfaces for a secure, slip-free grip. Type 2A is one of Ideal-tek’s most widely used tip styles for SMT component placement and precision handling.
Are the 2A.TA.0.ITU tweezers ESD safe?
Titanium is an electrically conductive metal — it is not an ESD-dissipative material and does not meet the ESD-safe classification for use with ESD-sensitive components in an EPA without additional precautions. For ESD-safe handling, use Ideal-tek’s ESD epoxy coated (NE) or carbon-loaded (CA) tweezer variants. The titanium tweezers are best suited for applications where non-magnetic and corrosion-resistant properties are the primary requirements.
How should titanium tweezers be cleaned and maintained?
Clean with isopropyl alcohol (IPA) and a lint-free wipe or swab. Titanium’s excellent corrosion resistance means it can also be cleaned with most common laboratory solvents and cleaning agents without damage. Avoid abrasive cleaners or scouring pads that could scratch the tip surfaces and affect gripping performance. Inspect tips regularly for wear, burrs, or misalignment — replace when tip geometry is compromised.
