5,000+ Results for Milling Inserts - Page 18
Key Features:
- No. of Edges: 4
- ANSI Number: SOMT080304PZER-G-ACP300
- Insert Material: Carbide
Key Features:
- Grade: ACK200
- Rake: Positive
- Insert Size: 170530
Key Features:
- Steel (P) Compatibility: Yes
- Workpiece Compatibility: Stainless (M), Steel (P)
- Insert Thickness: 0.220"
Key Features:
- Workpiece Compatibility: Stainless (M), Super Alloy (S)
- Insert Size: 1205
- Rake: -3 Degrees to -8 Degrees Radial;8 Degrees Axial
Key Features:
- Mounting Style: Screw-On
- Workpiece Compatibility: Steel (P)
- Coating: CVD
Key Features:
- Grade: ACK200
- Insert Application: Medium
- Cutting Direction: Right Hand
Key Features:
- For Use With: Shoulder Milling Cutters
- Insert Shape: Rectangle
- Cutting Direction: Right Hand
Key Features:
- Hardened (H) Compatibility: No
- Rake: -10 Degrees Radial, 19 Degrees to 25 Degrees Axial
- Cast Iron (K) Compatibility: No
Key Features:
- Grade: ACP300
- Non Ferrous (N) Compatibility: No
- Workpiece Compatibility: Stainless (M), Steel (P)
Key Features:
- Cutting Direction: Neutral
- For Use With: F2339 Ball Nose Mill
- Chip-Breaker: Yes
Key Features:
- Cutting Direction: Neutral
- Super Alloy (S) Compatibility: No
- Steel (P) Compatibility: Yes
Key Features:
- Grade: ACP100
- Nose Radius: 0.410"
- Coating: CVD
Key Features:
- Non Ferrous (N) Compatibility: No
- Cutting Direction: Right Hand
- Mounting Style: Screw Held
Key Features:
- Chip-Breaker: Yes
- Cast Iron (K) Compatibility: No
- For Use With: Shoulder Milling Cutters
Key Features:
- Cutting Direction: Right Hand
- Super Alloy (S) Compatibility: Yes
- Inscribed Circle: 0.5280 in
Key Features:
- Workpiece Compatibility: Nonferrous (N), Stainless (M), Super Alloy (S)
- Insert Style: PFR
- Insert Thickness: 6.00mm
Key Features:
- Nose Radius: 0.4 mm
- For Use With: Indexable Ballnose End Mills
- Mounting Style: Screw
Key Features:
- Super Alloy (S) Compatibility: No
- Item: Parallelogram Milling Insert
- Coating: TiALN - TiN
Key Features:
- Mounting Style: Screw
- For Use With: Indexable Ballnose End Mills
- ANSI Number: ZDKT150508SR-GR
Key Features:
- Mounting Style: Screw
- Chip-Breaker: Yes
- Insert Size: 100
Key Features:
- Inscribed Circle: 12.00mm
- For Use With: Indexable Ballnose End Mills
- Insert Application: Finishing
Key Features:
- No. of Edges: 1
- Grade: XP3310
- Insert Size: 200
Key Features:
- For Use With: Indexable Ballnose End Mills
- Insert Size: 160
- Workpiece Compatibility: Nonferrous (N), Stainless (M), Super Alloy (S)
Key Features:
- Nose Radius: 0.3mm
- Insert Size: 120
- Non Ferrous (N) Compatibility: Yes
Key Features:
- Mounting Style: Screw
- Insert Material: Carbide
- Inscribed Circle: 16.00mm
Key Features:
- Cast Iron (K) Compatibility: Yes
- Insert Material: Carbide
- Steel (P) Compatibility: Yes
Key Features:
- ANSI Number: SOMT080308PZER-G-ACP300
- Hardened (H) Compatibility: No
- Cast Iron (K) Compatibility: No
Key Features:
- No. of Edges: 0
- Item: Round Milling Insert
- Insert Material: Carbide
Key Features:
- Nose Radius: 0.031"
- Inscribed Circle: 0.130 in
- Lead Angle: 0 Degrees
Key Features:
- Steel (P) Compatibility: Yes
- Grade: ACP300
- Insert Size: 060604
Key Features:
- Steel (P) Compatibility: Yes
- No. of Edges: 4
- Nose Radius: 0.236"
Key Features:
- Insert Thickness: 0.170"
- Insert Shape: Rectangle
- Cutting Direction: Right Hand
Key Features:
- Steel (P) Compatibility: Yes
- Insert Material: Carbide
- Hardened (H) Compatibility: No
About Milling Inserts
Milling Inserts are tools that are used to create precise shapes and sizes on a variety of materials. They are used in a wide range of machining applications, including drilling, milling, and turning.
Types of Milling Inserts
Milling Inserts come in many different shapes and sizes to accommodate different types of machining applications. For example, there are inserts for drilling that have sharp cutting edges designed for fast removal of material; milling cutters with multiple cutting edges for more efficient production; and inserts specifically designed for turning operations.
How Milling Inserts are Made
Milling Inserts typically consist of a carbide substrate coated with a thin layer of wear-resistant material such as titanium nitride or chromium nitride. The carbide substrate provides strength while the coating helps to reduce friction and wear during machining operations.
Industries that use Milling Inserts
Milling Inserts can be found in many industries, including automotive, aerospace, medical device manufacturing, and energy production. Professionals in these industries rely on Milling Inserts to provide precision parts with tight tolerances while also providing long lasting performance.
Find the Milling Inserts You Need at Zoro
Looking for a specific item? Use our robust search tool to find it by name or keyword, or use our handy filters to narrow down our full assortment. You can also check out our whole selection of Milling Inserts along with other tools or equipment to ensure you have all you need to tackle the job, especially if you're taking on a DIY project for the first time.
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