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2027M-Wobble Hex Bit Socket-1⁄4″Drive
2027M: ¼” Drive Wobble Hex Bit Socket (Metric)
- 1⁄4″ Drive Bit Socket (Wobble Hexagonal)
- Douille tournevis hexagonale oscillante 1⁄4″
- Nasadka bitowa z chwiejnym sześciokątem 1⁄4″
- 1⁄4″ Bit-Stecknuss Wobble-Sechskant
- Vaso de destornillador hexagonal oscilante 1⁄4″
- مقبس مفك سداسي متأرجح بقياس 1⁄4 بوصة
- บิทซ็อกเก็ตแบบหกเหลี่ยมแกว่งขนาด 1⁄4 นิ้ว
- 1⁄4″搖擺型六角起子套筒
- 1⁄4″摆动型六角起子套筒
- Soquete de bit oscilante hexagonal 1⁄4″
- Bussola portainserti esagonale snodata 1⁄4″
- 1⁄4″ Titreşimli Altıgen Uçlu Lokma
- Бита-шестигранник с качающимся соединением 1⁄4″
- 1⁄4″ Draaibare zeskant bit-dopsleutel
- Đầu tuýp vặn lục giác lắc 1⁄4″
- DIN3120- ISO 1174
- DIN 7422
- Understanding Bit Sockets: A Smart Combination of Power and Precision
| 2027M mm | 2027M L：32mm | 2027-4M L：100mm |  pcs |
|---|---|---|---|
| 3 | 10(g) | 22(g) | 50 |
| 4 | 10(g) | 22(g) | 50 |
| 5 | 10(g) | 22(g) | 50 |
| 6 | 13(g) | 25(g) | 50 |
Feature
Technical FAQ: 2027M vs. 3027M
- What is the difference between 2027M and 3027M?
- 2027M: 1/4″ Drive. Optimized for low-torque, high-precision tasks in extremely tight spaces.
- 3027M: 3/8″ Drive. Designed for medium-torque applications with a larger drive interface for general mechanical use.
- Can I use the wobble bit for final tightening? While the wobble head is strong, it is designed for access. For the final “snap” of high-torque tightening, it is recommended to keep the tool as straight as possible to maximize surface contact between the ball-head and the fastener.
- Is it better than a universal joint? Yes, for hex fasteners. A universal joint adds “bulk” and can be unstable. The 2027M provides a much more direct and stable “fluid” feel when turning at an angle.
- Can I use this with a 1/4″ Drive Ratchet Handle? Yes. It is fully compatible with all Hans 1/4″ drive Ratchet Handles, extensions, and spinners.
