Desert Cut® end mills

for dry machining

End mills

End mills - reduced neck

End mills - special length

The Desert Cut® series was developed to significantly improve the processing of aluminum profiles. The absence of any cooling lubricants in particular results in numerous advantages. A detailed description of all the advantages resulting from the use of the Desert Cut® tools can be found under the following link:

Desert Cut® Advantages

Solid carbide end mills - 1,5xD

for dry processing

D1 = cutting edge diameter	D2 = shank diameter
L1 = overall length	L2 = length of cut

Cutting speed vc (m/min) = 150-300
Feed per tooth fz (mm) = 0.07-0.25
From ø 12mm the tools are balanced according to DIN ISO 1960 G6.3

D1 = cutting edge diameter

D2 = shank diameter

L1 = overall length

L2 = length of cut

Cutting speed vc (m/min) = 150-300

Feed per tooth fz (mm) = 0.07-0.25

From ø 12mm the tools are balanced according to DIN ISO 1960 G6.3

Article no.	D1 (mm)	D2 (mm)	L1 (mm)	L2 (mm)	flutes
109 020	2	6	50	4	1
109 030	3	6	50	6	1
109 040	4	6	50	4	1
109 050	5	6	50	7,5	1
109 060	6	6	50	9	1
109 070	7	8	50	10,5	1
109 080	8	8	50	12	1
109 090	9	10	60	13,5	1
109 100	10	10	60	15	1
109 110	11	12	73	16,5	1
109 120	12	12	73	18	1
109 130	13	14	75	19,5	1
109 140	14	14	75	21	1
109 150	15	16	82	22,5	1
109 160	16	16	82	24	1
109 170	17	18	84	25,5	1
109 180	18	18	84	27	1
106 211	20	20	140	30	1

Please contact us for more information, personal advice, customized tools or an individual offer.

Solid carbide end mills - reduced neck - 1,5xD

for dry processing

D1 = cutting edge diameter	D2 = shank diameter
D3 = neck diameter	L1 = overall length
L2 = length of cut	L3= neck length

Cutting speed vc (m/min) = 150-300
Feed per tooth fz (mm) = 0.07-0.25
From ø 12mm the tools are balanced according to DIN ISO 1960 G6.3

D1 = cutting edge diameter

D2 = shank diameter

D3 = neck diameter

L1 = overall length

L2 = overall length

L3 = neck length

Cutting speed vc (m/min) = 150-300

Feed per tooth fz (mm) = 0.07-0.25

From ø 12mm the tools are balanced according to DIN ISO 1960 G6.3

Article no.	D1/D3 (mm)	D2 (mm)	L1 (mm)	L2/L3 (mm)	flutes
109 020 UC	2/2	6	50	4/10	1
109 030 UC	3/3	6	50	4/10	1
109 040 UC	4/4	6	50	6/12	1
109 050 UC	5/5	6	50	7,5/15	1
109 060 UC	6/6	6	50	9/17	1
109 070 UC	7/7	8	50	10,5/18	1
109 080 UC	8/8	8	50	12/18	1
109 090 UC	9/9	10	60	13,5/20	1
109 100 UC	10/10	10	60	15/20	1
109 110 UC	11/11	12	73	16,5/25	1
109 120 UC	12/12	12	73	18/25	1
109 130 UC	13/13	14	75	19,5/28	1
109 140 UC	14/14	14	75	21/30	1
109 150 UC	15/15	16	82	22,5/35	1
109 160 UC	16/16	16	82	24/35	1
109 170 UC	17/17	18	84	25,5/37	1
109 180 UC	18/18	18	84	27/37	1

Please contact us for more information, personal advice, customized tools or an individual offer.

Solid carbide end mills - special length

for dry processing

D1 = cutting edge diameter	D2 = shank diameter
D3 = neck diameter	L1 = overall length
L2 = length of cut	L3= neck length

Cutting speed vc (m/min) = 150-300
Feed per tooth fz (mm) = 0.07-0.25
From ø 12mm the tools are balanced according to DIN ISO 1960 G6.3

D1 = cutting edge diameter

D2 = shank diameter

D3 = neck diameter

L1 = overall length

L2 = overall length

L3 = neck length

Cutting speed vc (m/min) = 150-300

Feed per tooth fz (mm) = 0.07-0.25

From ø 12mm the tools are balanced according to DIN ISO 1960 G6.3

Article no.	D1/D3 (mm)	D2 (mm)	L1 (mm)	L2/L3 (mm)	flutes
106 412	2/2	4	40	7/10.4	1
106 400	3/3	4	50	9/13.9	1
106 413	3/-	3	38	7/-	1
106 401	4/3.8	6	57	11/18	1
106 414	4/-	4	50	8/-	1
106 415	5/4.8	6	57	15/19.4	1
106 402	6/5.7	6	65	18/28	1
106 416	6/-	6	100	25/-	1
106 403	8/7.7	8	63	19/26	1
106 404-1	8/-	8	75	32/-	1
106 417	10/9.5	10	80	30/38	1
106 418	10/-	10	10	40/-	1
106 419-1	12/11.5	12	83	26/36	1
106 420-1	12/-	12	100	48/-	1
106 421-1	16/15.5	16	108	48/58	1
106 498-1	16/-	16	150	80/-	1

Please contact us for more information, personal advice, customized tools or an individual offer.

Solid carbide end mills - inch diameters

for dry processing

D1 = cutting edge diameter	D2 = shank diameter
D3 = neck diameter	L1 = overall length
L2 = length of cut	L3= neck length

Cutting speed vc (m/min) = 150-300
Feed per tooth fz (mm) = 0.07-0.25
From ø 12mm the tools are balanced according to DIN ISO 1960 G6.3

D1 = cutting edge diameter

D2 = shank diameter

D3 = neck diameter

L1 = overall length

L2 = overall length

L3 = neck length

Cutting speed vc (m/min) = 150-300

Feed per tooth fz (mm) = 0.07-0.25

From ø 12mm the tools are balanced according to DIN ISO 1960 G6.3

Article no.	D1/D2 (in)	D3 (mm)	L1 (mm)	L2/L3 (mm)	flutes
107 340	1/4″	6	50	10/18	1
107 291	1/4″	without reduced neck	50	10/-	1
107 341	3/8″	9.3	60	15/20	1
107 292	3/8″	without reduced neck	60	15/-	1
107 342	1/2″	12.3	80	19/26	1
107 293	1/2″	without reduced neck	73	19/-	1
107 339	5/8″	15.5	90	24/34	1
107 343	3/4″	19	110	30/45	1
107 344	1″	25.3	120	40/50	1

Please contact us for more information, personal advice, customized tools or an individual offer.

Solid carbide end mills - robotic

for dry processing

To enhance the performance of robotic milling under unstable conditions, we’ve expanded our Desert Cut® program by introducing a double flute end mill. This innovative tool features an additional cutting edge and an optimized cutting edge geometry, resulting in improved process reliability, efficiency, and tool life for robotic milling applications.

D1 = cutting edge diameter	D2 = shank diameter
D3 = neck diameter	L1 = overall length
L2 = length of cut	L3= neck length

Cutting speed vc (m/min) = 150-300
Feed per tooth fz (mm) = 0.07-0.25

D1 = cutting edge diameter

D2 = shank diameter

D3 = neck diameter

L1 = overall length

L2 = overall length

L3 = neck length

Cutting speed vc (m/min) = 150-300

Feed per tooth fz (mm) = 0.07-0.25

Article no.	D1/D2 (mm)	D3 (mm)	L1 (mm)	L2/L3 (mm)	flutes
129 030	3	2.9	50	11/14	2
129 040	4	3.7	54	13/16	2
129 050	5	4.7	54	15/18	2
129 060	6	5.7	64	16/21	2
129 080	8	7.5	70	22/27	2
129 100	10	9.5	72	25/32	2

Please contact us for more information, personal advice, customized tools or an individual offer.

Solid carbide roughing cutters

for dry processing

D1 = cutting edge diameter	D2 = shank diameter
L1 = overall length	L2 = length of cut
CC = corner chamfer

Cutting speed vc (m/min) = 150-300
Feed per tooth fz (mm) = 0.14-0.3

D1 = cutting edge diameter

D2 = shank diameter

L1 = overall length

L2 = overall length

CC = corner chamfer

Cutting speed vc (m/min) = 150-300

Feed per tooth fz (mm) = 0.14-0.3

Article no.	D1/D2 (mm)	CC (mm)	L1 (mm)	L2 (mm)	flutes
108 268	20	0,4x45°	122	60	3
110 267	16	0,35x45°	104	45	3
110 099	12	0,2x45°	84	40	3

Please contact us for more information, personal advice, customized tools or an individual offer.

Solid carbide chamfer end mills 90°

for dry processing

D1 = cutting edge diameter	D2 = shank diameter
L1 = overall length	L2 = length of cut
CCA = corner chamfer angle

Cutting speed vc (m/min) = 150-300
Feed per tooth fz (mm) = 0.07-0.3

D1 = cutting edge diameter

D2 = shank diameter

L1 = overall length

L2 = overall length

CCA = corner chamfer angle

Cutting speed vc (m/min) = 150-300

Feed per tooth fz (mm) = 0.07-0.3