ORION high-perf. drill, SC TiNAlOX, HPC 3xD 8.8 mm x 10 mm x 89 mm HB external - High-performance drill, SC TiNAlOX HPC 3xD without internal cooling HB

ORION high-perf. drill, SC TiNAlOX, HPC 3xD 8.8 mm x 10 mm x 89 mm HB external - High-performance drill, SC TiNAlOX HPC 3xD without internal cooling HB - 1

ORION high-perf. drill, SC TiNAlOX, HPC 3xD 8.8 mm x 10 mm x 89 mm HB external

Name: ORION high-perf. drill, SC TiNAlOX, HPC 3xD 8.8 mm x 10 mm x 89 mm HB external
Brand: ORION
SKU: 11183088

Brand: ORION

Surface: TiNALOX

Length: 89 mm

DIN: 6537

Art.-no. 11183088

Manufacturer article no. 11183088

EAN 4039247570287

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ORION high-perf. drill, SC TiNAlOX, HPC 3xD 8.8 mm x 10 mm x 89 mm HB external

Art.-no. 11183088

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Application

For HPC bore machining up to 1,300 N/mm².

Execution

High-performance drill, solid carbide TiNAlOX without internal cooling
2 drill heels
Four grinding faces
30° spiral angle
Straight main cutting edge

Advantage

universal application ensures maximum flexibility
extremely hard, low-friction, temperature-resistant and form-fitting TiNAlOX coating ensures greater service life
Cutting edge preparation minimises micro-fractures on the cutter

Product information

HAHN+KOLB Catalogue

CAD data (available after login)

Certificates/ Documents

Brand	ORION
Cutting edge diameter	8.80 mm
Main EAN Code	4039247570287
Manufacturer Part Number	11183088
Tolerance of cutting edge diameter	m7
Cutting material	SC
Surface	TiNALOX
Max. drilling depth (D)	3xD
Type	HPC UNI
Coolant supply	External
Tool holding device	HB parallel shank
Angle of the tip	140 Degree
Shank diameter	10 mm
Chip flute length	47 mm
Length	89 mm
f steel 1000	0.13 mm/r
DIN	6537
Gross Weight	0.015 kg

Material groups for cutting values	Description regarding DIN	Strength Class [N/mm²]	Material No.	Vc [m/min]	f [mm/r] with diameter	Suitability
1.00 Steels
1.01 Free machining steel	9 S 20	< 900	1.0711	110-145	0.2-0.3	⚫
1.02 Structural steel	ST 37-2	<500	1.0037	120-130	0.2-0.3	⚫
1.03 Structural steel	ST 60-2	> 500	1.7735	110-120	0.2-0.3	⚫
1.04 Heat-treated steel	42 CrMo 4	<1000	1.7225	110-120	0.2-0.3	⚫
1.05 Cast iron	GS-45	<1000	1.0446	60-100	0.18-0.28	⚫
1.06 Case-hardened steel	16 MnCr 5	<1200	1.7131	85-130	0.18-0.28	⚫
1.07 Ferritic/martensitic stainless steel	X 10 Cr 13	<1100	1.4006	30-40	0.18-0.28	⚫
1.08 Heat-treated steel	43 CrMo 4	>1000	1.3563	100-115	0.18-0.28	⚫
1.09 Nitriding steel	31 CrMoV 9	<1300	1.8519	85-100	0.18-0.28	⚫
1.10 Tool steel	X 38 CrMoV 5 1	<1300	1.2343	50-65	0.1-0.14	⚫
2.00 Stainless steels
2.01 Austenitic stainless steel	G-X 2 CrNiMo 18 15	<1100	1.3953	20-35	0.18-0.28	⚫
3.00 Non-ferrous metals
3.01 Long-chipping aluminium	AI99.9	<500	3.0305	200-300	0.22-0.32	⚪
3.02 Short-chipping aluminium	G-AISi12	<500	3.2581	180-220	0.22-0.32	⚫
3.03 Copper alloy bronze, long-chipping	CuSn4	<1200	2.1016	100-150	0.2-0.3	⚪
3.04 Copper alloy bronze, short-chipping	CuNi12Zn24	<850	2.0730	120-180	0.2-0.3	⚫
3.05 Copper alloy brass, long-chipping	Cu Zn 20	<600	2.0250	160-190	0.2-0.3	⚪
3.07 Thermoplastic	Cu Zn 39 Pb 3	<600	2.0381	250-280	0.2-0.3	⚫
3.07 Thermoplastic	PVC, Acrylglas	<100		30-100	0.17-0.23	⚫
3.08 Duroplast	Bakelit, Melamin	<150		30-80	0.17-0.23	⚫
3.09 Fibre-reinforced plastics	CFK, GFK	<1500		30-70	0.17-0.23
3.10 Graphite	C8000	<60		85-130	0.15-0.21
4.00 Cast metal
4.01 Grey cast iron	GG10	<260 HB	0.6010	155-210	0.2-0.3	⚫
4.02 Spheroidal graphite iron	GGG 40	<310 HB	0.7040	120-160	0.2-0.3	⚫
4.03 Ductile iron	GTW-55	<280 HB	0.8055	110-150	0.2-0.3	⚫
5.00 Special alloys
5.01 Titanium alloy	TiAI5Sn2,5	<1200	3.7115	35-40	0.09-0.12	⚪
5.02 Nickel-based alloy	NiCr21Mo	<1400	2.4858	30-45	0.09-0.12	⚪
5.03 Super alloys	X45CrSi 9 3	<1400	1.4718	20-40	0.09-0.12	⚪