Single End – Inch Series
Skillcrafts Industries
Precision ER Holders with Mini Nut – Inch Series
Skillcrafts Industries offers ER Holders – Single End – Mini Nut – Inch Series for precision tool-holding applications. The catalogue provides multiple configurations with different ER sizes, holder diameters and overall lengths.
These holders are available in different dimensions to accommodate specific machining and tool-holding requirements.
Product Overview
The Single End – Mini Nut – Inch Series is a range of ER Holders with a compact mini-nut configuration.
The catalogue specifies:
- Part Number
- ER Size
- Holder Diameter ØD
- Mini Nut Diameter ØD1
- Overall Length L
- Length L1
All dimensions are in mm unless otherwise specified.
Available ER Holders
The catalogue lists the following Inch Series configurations:
- ERH/SE-3/8″ × 070 / ER 8 M
- ERH/SE-1/2″ × 140 / ER 11 M
- ERH/SE-1/2″ × 140 / ER 16 M
- ERH/SE-5/8″ × 150 / ER 11 M
- ERH/SE-5/8″ × 155 / ER 16 M
- ERH/SE-3/4″ × 100 / ER 16 M
- ERH/SE-1″ × 155 / ER 20 M
| Part No. | ØD mm | ØD1 mm | L mm | L1 mm |
|---|---|---|---|---|
| ERH/SE-3/8″ × 070 / ER 8 M | 12 | 9.52 | 93 | 70 |
| ERH/SE-1/2″ × 140 / ER 11 M | 16 | 12.70 | 169.5 | 140 |
| ERH/SE-1/2″ × 140 / ER 16 M | 22 | 12.70 | 177.0 | 140 |
| ERH/SE-5/8″ × 150 / ER 11 M | 16 | 15.87 | 172.5 | 150 |
| ERH/SE-5/8″ × 155 / ER 16 M | 22 | 15.87 | 181.5 | 155 |
| ERH/SE-3/4″ × 100 / ER 16 M | 22 | 19.05 | 147.0 | 100 |
| ERH/SE-1″ × 155 / ER 20 M | 28 | 25.50 | 181.5 | 155 |
Selecting the Right ER Holder
When selecting a Single End – Inch Series ER Holder, consider:
- Required inch holder size
- ER size
- Holder diameter
- Mini nut diameter
- Overall length
- L1 dimension
- Machine compatibility
- Tooling requirements
For accurate selection, customers can share their machine details, existing holder reference, tool dimensions or required configuration.
Quality at Every Stage
Requirement → Engineering → Machining → Inspection → Delivery
We follow a quality-focused approach throughout the component development process. Understanding the requirement correctly, maintaining precision during machining and checking the finished component are important parts of delivering reliable solutions.
