About Turning Inserts
Our organization is dedicatedly involved in offering a wide range of Turning Inserts to our precious customers. These are manufactured using supreme grade materials and ultra modern techniques in adherence with industry norms. The offered inserts are best for holemaking applications that have speed and feed limitations. Before delivering at clients end, these Turning Inserts are tested on certain parameters by the deft quality inspectors.
Features:
- Robust construction
- Elevated durability
- Easy to install
Specification
| Brand | Pramet |
| Material | Cemented Carbide |
| Coating | CVD Coating |
| Quantity Per Pack | 10 |
| Surface Finishing | Polished |
| Usage | Industrial |
| Order Quantity | 100 Unit |
Standard Turning Insert:
| Sr. No. | Description | Prices |
| TNMG |
| 1 | TNMG 160404 | 360/- Approx |
| 2 | TNMG 160408 |
| 3 | TNMG 160408 |
| CNMG |
| 1 | CNMG120404 | 390/- Approx |
| 2 | CNMG120408 |
| 3 | CNMG120412 |
| 4 | CNMG190612 | 610/- Approx |
| 5 | CNMG190616 |
| DNMG |
| 1 | DNMG150608 | 550/-Approx |
| 2 | DNMG150612 |
| 3 | DNMG 150604 |
| WNMG |
| 1 | WNMG 060408 | 350/-Approx |
| 2 | WNMG 080412 | 430/-Approx |
| 3 | WNMG 080408 |
| VNMG |
| 1 | VNMG 160408 | 700/-Approx |
| 2 | VNMG 160404 |
| 3 | VNMG 160412 |
| SNMG |
| 1 | SNMG 190612 | 900/-Approx |
| VBMT |
| 1 | VBMT 160408 | 510/-Approx |
Precision and Performance for Multiple MaterialsTCMT 16T308 turning inserts are meticulously crafted from high-toughness carbide, enabling efficient machining of steel, cast iron, and non-ferrous alloys. Their triangular TCMT shape and standard lapped chipbreaker facilitate both external and internal turning, ensuring optimal chip control and minimized cutting force, even when operating with automatic or semi-automatic machines.
Advanced Coating for Extended DurabilityEach insert features a resilient CVD/PVD coating, providing superior wear resistance and heat tolerance up to 900C. This gold/bronze finish not only enhances longevity but also ensures consistent performance during high-speed or deep-cut turning operations. The robust coating helps extend insert life, reducing downtime and replacement costs.
FAQs of Turning Inserts:
Q: How do I choose the correct TCMT 16T308 insert grade for my turning application?
A: Select the grade based on your machining requirements: general-purpose for versatile jobs, finishing for precise surface quality, and roughing for efficient material removal. These inserts are designed for steel, cast iron, and non-ferrous metals, offering reliable results across various processes.
Q: What is the recommended process for installing these inserts in standard tool holders?
A: Ensure the tool holder is compatible with TCMT-type triangular inserts and secure each insert using the screw clamp system. Make certain the insert sits flush and is torqued as per application guidelines to maximize cutting accuracy and performance.
Q: When should I replace a TCMT 16T308 turning insert during operation?
A: Replace the insert when you observe diminished cutting performance, increase in surface roughness, excessive wear, or a drop in cutting accuracy below 0.05 mm. Regular inspection helps optimize insert life expectancy and maintain machining quality.
Q: Where can these inserts be effectively used in industrial settings?
A: TCMT 16T308 inserts are suitable for both CNC and conventional lathe machines in industries handling steel, cast iron, and non-ferrous metal parts. They support both external and internal turning operations, making them versatile for automotive, heavy machinery, and toolmaking plants.
Q: What are the benefits of the CVD/PVD coating on these inserts?
A: The advanced CVD/PVD coating offers heightened resistance to wear and heat, allowing reliable performance at temperatures up to 900C and cutting speeds up to 250 m/min. This results in sustained tool operation, reduced downtime, and improved overall productivity.
Q: How can users maximize the life expectancy of TCMT 16T308 inserts?
A: Maximize life expectancy by adhering to recommended cutting speeds, depths of cut (0.26 mm), and correct installation procedures. Proper cooling, periodic inspection, and using the inserts within their rated hardness (8893 HRA) further ensure extended durability.