Original Iscar IC900 Indexable End Mill ECK-H7 12-26C12CFR0.6T83 ECK-H7 12-26C12CFR0.6T83 IC900
Brand: Iscar
$85.77
Iscar ECK-H7 12-26C12CFR0.6T83 IC900 indexable end mill for high-efficiency milling of steel and alloys. Genuine OEM part. Free worldwide shipping from Hooguu.
Need a different quantity, brand or specification?Send us the part number — typical reply time: a few hours.
- 🔒Guaranteed Safe & Secure Checkout
- 🚚Free shipping on orders over $99
- ↩️30-day money-back guarantee
We accept
Iscar IC900 – End Mill
The Iscar IC900 is a high-performance end mill designed for general machining of general materials.
Key Specifications
| Brand | Iscar |
| Model | IC900 |
| Coating | Coated Carbide |
| Workpiece Materials | General Materials |
| Application | General Machining |
| Quantity | 1 PCS |
Features & Benefits
- 100% Genuine Iscar – Original product with full quality guarantee
- Coated Carbide Coating – Superior wear resistance and extended tool life
- Precision Ground – Tight dimensional tolerances for consistent performance
- Internal Coolant – Effective chip evacuation and longer tool life
- Professional CNC Tooling – Compatible with major CNC machine brands
Recommended Applications
- General Machining of general materials
- CNC lathe and machining center compatible
- Suitable for both wet and dry machining conditions
Note: This listing is for the body only. Compatible inserts sold separately.
| Weight | 0.1 kg |
|---|---|
| Dimensions | 15 × 18 × 4 cm |
Related products
More from Iscar
-
Original Iscar LNMT0804 T490 Carbide Insert – Rectangle ELN D1.50-6-W1.00-08C T490 ELN D1.50-6-W1.00-08C
$78.00Add to cart- Strong tangentially mounted inserts
- Inserts offer an economical four cutting edges
- Multiple insert sizes for varying depth of cuts and feed rates (see website for additional sizes).
- For shouldering and contouring
- Holes for internal coolant supply
- Suitable for all kinds of materials
- Recommended for rough milling deep shoulders
- Insert with chip splitting groove, for reduction of vibration and cutting forces
Reviews
There are no reviews yet.