- Product Details
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Quick Details
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Type:
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End Mill
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Coating:
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TiCN
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Place of Origin:
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Japan
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Brand Name:
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FUJIKOSHI(NACHI)
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Model Number:
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oonishi-nachi2
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Product Name:
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GSX MILL VL Roughing
Quick Details
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Diameter:
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1-20mm
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Overall Length:
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50-200mm
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Material:
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Carbide
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Type:
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End Mill
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Coating:
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TiCN
-
Place of Origin:
-
Japan
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Brand Name:
-
FUJIKOSHI(NACHI)
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Model Number:
-
oonishi-nachi2
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Product Name:
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GSX MILL VL Roughing
Outline
Vibration suppression
Features unequal spacing of teeth and variable leads to effectively suppress vibration even in heavy-cutting, pre-finish machining that exerts considerable stress on the tool, and minimizes chipping and wear
Long tool life
Features chipping-resistant carbide materials and GSX II coating for a longer tool life
Supports a wide range of machining
Demonstrates outstanding cutting performance in any application from grooving to pocket machining
Lineup
Ø4-Ø20 (13 sizes)
Features
Features a design optimized for unequal spacing of teeth and variable leads to improve chipping resistance and enable high-efficiency machining.
Nick shape
Suitable for unequal spacing of teeth and variable leads
Excellent chipping resistance
Flute geometry
Stiffness to withstand heavy cutting
Chip evacuation performance that enables pocket machining
GSX MILL VL Roughing
Applicable work materials
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Low-carbon steels
SS400, S10C |
Carbon steels
S45C, SCM440 |
Pre-hardened steels
SUJ, NAK |
Tempered steels SKD, SKH |
Hardened steels
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Hardened steels
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| ~150HB | ~225HB | ~275HB | 30~40HRC | 40~50HRC | 50~65HRC |
| optimal | optimal | optimal | optimal | not recommended | not recommended |
|
Stainless steels SUS304 |
Heat-resistant alloy Ti/Ni Alloys |
Cast iron FC/FCD |
Aluminum alloy AC/ADC |
Copper/copper alloy Cu |
Graphite Graphite |
| optimal | applicable | optimal | applicable | applicable | applicable |
GSX II coating
- Achieves excellent heat resistance with enhanced oxidation resistance and heat dissipation
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Features a new layered structure for high hardness
Optimizes the crystal structure of the film for increased resistance to wear and adhesion
Heat resistance far superior to competitors
Oxidation resistance evaluation (calo test crater after being held for 1 hour in the atmosphere at 1,100°C)
| Coating (oxidation resistance temperature) | Calo test crater |
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GSX II coating
1,100°C |
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Company A C coating
1,200°C (Company A's listed value) |
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Company B D coating
1,300°C (Company B's listed value) |
Oxidation resistance tests conducted under NACHI standards showed GSX II coating limits oxidation to 0.3µm from the surface, whereas coating products of competitors resulted in
total oxidation of the coating layer.
Performance
Improves chipping resistance for a longer tool life
Comparison of wear after grooving 10m with S50C
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Conditions
Tool : GSXVLRE4 Ø10 Speed : 130m/min Feed : 1000m/min 0.06mm/tooth Depth of cut : ap10mm grooving Work material : S50C Coolant : Emulsion Cutting length : 10m |
GSXVLRE4
GSXVLRE4 is capable of continuous machining with no chipping
Competitor products
Chipping occurs frequently
- It is our great pleasure to be trusted by the customers and to satisfy them.
- We always think and practice corresponding to the change of circumstance, and grow up.
- We aim at the achievement of a richer mind and body and the living, and contribute to the society.
