US No. 5 Busch Steel Round Bur | Busch No. 1 016 – HP | Pack of 6
The round steel rosehead bur US No 5 from Busch & Co. GmbH is a precision-engineered rotary instrument designed for demanding applications in Plastics Technology and Model Making. Manufactured in Germany to exacting standards, this bur delivers consistent, controlled material removal across a wide range of working conditions.
Product Details
- Shape: Round
- Material: Steel
- Head Type: Rosehead
- Size: US No. 5
- Standard Classification: ISO 310 104 001 001 016
- Pack Contents: 6 burs
Key Characteristics
As a round steel rosehead bur US No 5, this instrument features a rosehead cutting geometry that enables efficient stock removal while maintaining precise control over depth and direction. The steel construction provides excellent rigidity and edge retention, making it a reliable choice for fine detail work in model making and the shaping or finishing of plastic components.
Instrument Dimensions
| Head Ø | 1.6 mm (ISO size 016) |
|---|---|
| Shank | HP (Straight Handpiece) — 2.35 mm Ø, 44.5 mm overall length (ISO 104) |
Per ISO 6360, the size number is the maximum head diameter in tenths of a millimeter. See our Busch Bur Size Chart for the full size conversion table, shank codes, and color ring guide.
Applications
The round steel rosehead bur US No 5 is well-suited for the following dental laboratory applications:
| Plastics Technology — Shaping, trimming and finishing of acrylic dentures and appliances. | |
| Model Making — Trimming and detailing of plaster and stone models. |
Made in Germany
Every round steel rosehead bur US No 5 in this range is produced in Germany, reflecting Busch & Co. GmbH's long-standing commitment to quality craftsmanship and manufacturing precision.

FAQ
What is the ISO classification for this bur? The ISO classification is 310 104 001 001 016.
How many burs are included in the pack? Each pack contains 6 individual burs.
What applications is this bur suited for? The round steel rosehead bur US No 5 is suited for Plastics Technology and Model Making applications requiring precise, controlled cutting.

