Thread milling cutters
Manufacture of special designed thread milling cutters for any type of processing.
Thread with maximum safety, depth, versatility and respect of economic standards.
IGUTENSILI offers a wide range of specially designed solutions for thread milling by designing and manufacturing thread milling cutters in solid hard metal, with interchangeable inserts in PCD, etc.
DISCOVER THE ADVANTAGES OF THE THREAD MILLING TECHNOLOGY
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Possibility to process a very wide range of materials
Steels, stainless steels, aluminium alloys, copper alloys, magnesium alloys, plastics, special materials (graphite, tungsten-copper alloys, composite materials), titanium alloys, pure titanium, nickel-based super alloys, hard materials ( high-strength steels, hardened steels, shell cast irons) - Generates threads with excellent shape, finish and dimensional accuracy
- Easy processing of difficult materials
- Eliminates the chances of the tap breakup and further consequences
- It obtains useful thread up to the bottom of the hole
- Excellent positioning accuracy
- Control of the thread diameter by CNC offset
- Just one tool for right and left hand threads
- Just one tool for through or blind holes
- Produces small controllable chips
- Lower cutting pressure when processing in proximity of small thickness
- IGUTENSILI offers a wide range of special custom designed solutions to meet your specific needs.
What really distinguishes IGUTENSILI from all other thread mill manufacturers is our customer service. IGUTENSILI technicians will make the appropriate tool selections to the request and then provide the best possible solution, both as regards the thread milling cutter and the CNC program to achieve the best possible result when threading.
SOME THREADS WE CAN MANUFACTURE
M (DIN 14-1, DIN 14-4, DIN 13-1, DIN 13-52, DIN 13-2 bis, DIN 13-11, LN 9163, DIN EN 60423, DIN EN 50262, DIN 13-51, DIN 2510-2).
EG M (DIN 8140-2)
MFS (DIN 8141-1)
M (DIN 158-1)
MJ (DIN ISO 5855-1, DIN ISO 5855-2)
G = PF, BSP, BSPF (DIN EN ISO 228-1)
Rp = PS, BSPP (DIN EN 10226-1, DIN 3858)
R (DIN EN 10226-1, DIN 3858)
Rc = PT, BSPT (DIN EN 10226-2)
Tr (DIN 103-1 bis, DIN 103-8, DIN 380-1, DIN 380-2)
Tr (DIN 263-1, DIN 263-2, DIN 6341-2)
Tr (DIN 30295-1, DIN 30295-2)
KT (DIN 6063-2)
S (DIN 513-1 bis, DIN 513-3)
S (DIN 2781)
S (DIN 71412)
S (DIN 20401)
S, GS, KS (DIN 55525)
KS (DIN 55525, DIN 6063-1)
Rd (DIN 405-1, DIN 405-2, DIN 20400, DIN 15403)
Rd (DIN 7273-1)
Rd (DIN 262-1, DIN 262-2)
Rd (DIN 264-1, DIN 264-2)
Rd (DIN 3182-1, DIN EN 148-1)
GL (DIN 168-1)
E (DIN 40400, DIN EN 60061-1, DIN EN 60399)
W (DIN 49301)
Pg (DIN 40430)
ST (DIN EN 1478, DIN 7998)
FG (DIN 79012, DIN ISO 6698)
Vg (DIN 7756)
V (ISO 4570)
E17 17E (DIN EN 144-1, DIN EN ISO 11116-1)
25E (DIN EN 629-1, ISO 10920)
W (DIN 477-1)
W (DIN 477-1, DIN EN 962)
RMS (DIN 58888)
Gg (DIN 20314)
UNM (ASA B1.10)
UN, UNC, UNF, UNEF, UNS (ASME B1.1, BS 1580)
UNR, UNRC, UNRF, UNREF, UNRS (ASME B1.1)
UNJ, UNJC, UNJF, UNJEF (ASME B1.15, BS 4084)
NC, NF, NEF, NS, N (ASA B1.1)
BSW, BSF (BS 84)
B.A. (BS 93)
NPSC (ANSI/ASME B1.20.1)
NPSM, NPSL (ANSI/ASME B1.20.1)
NPSH, NH, NHR (ASME B1.20.7)
NPSF, NPSI (ASME B1.20.3)
NGO (CGA V-1)
G = PF, BSPF, BSP (BS 2779)
Rp = PS, BSPP (BS 21, ISO 7/1)
NPT, NPTR (ANSI/ASME B1.20.1)
NPTF, PTF-SAE-SHORT, PTF-SPL-SHORT, PTF-SPL-EXTRA, SHORT, SPL-PTF (ANSI B1.20.3)
NGT (CGA V-1)
R (BS 21, ISO 7/1)
Rc = PT, BSPT (BS 21, ISO 7/1)
UNC-STI, UNF-STI (ASME B18.29.1)
NC-5 IF, NC-5 HF (ASME/ANSI B1.12)
AMO (ASA B1.11)
ACME (ASME B1.5, BS 1104)
STUB-Acme (ANSI B1.8)
BUTT (ANSI B1.9)
Buttress (BS 1657)
ART (NF E 03-611)
BSC (BS 811)
CSG, LCSG, BCSG, XCSG, LP, TBG, UP TBG (API Std 5 B)
NC ROTARY, REG, REG LH, FH, IF (API Spec 7)
Sucker Rods (API Spec 11 B)
Production of special designed taps
The term “SPECIAL DESIGNED TAPS” can convey many variables to the outcome of the internal threads, in general the term refers to all the taps with special diameters and pitches out of series. Moreover if dimensions and geometries are not indicated inside the wide range of our standard products included in the catalogue, they will be considered special designed.
Over the years IGUTENSILI has constantly innovated the production of special tools by making taps for cutting (removal) and rolling (deformation) with special diameters and pitches of any standard regulation present in the world market.
With fifty years of experience in supplying special design and standard taps to an infinite variety of customers, IGUTENSILI has raw products in various processing stages, this to ensure rapid deliveries without sacrificing the high quality standard that distinguishes the IGUTENSILI production.
DISCOVER WORKABLE MATERIALS
The aeronautical, automotive and hydraulic industries, designs parts that need threads with a specific functioning: finite adjustments, loading capacity and other technological profiles. These are the main reasons for designing taps for special threads.
High quality taps can be further perfected by designing special taps for the specific material of the part that needs working on. It is possible to work a very wide range of materials such as Steels, Stainless Steels, Aluminium alloys, Copper alloys, Magnesium alloys, Plastics, special materials (Graphite, Tungsten-Copper Alloys, Composite Materials), Titanium Alloys, Pure Titanium, Nickel-based Super Alloys, hard materials (high-strength steels, hardened steels, cast iron), to optimize performance we use basic materials of excellent HSS quality -E / PM (high speed steels and powder technology steel), HM (solid and brazed hard metal) PCD (polycrystalline diamond), all studied to accomplish the specific needs of the user.
In parallel, wear-resistant coatings are used that add specific hardness and generate smooth and sliding surfaces that extend the life of our tools, increasing their performance.
SOME THREADS WE CAN MANUFACTURE
M (DIN 14-1, DIN 14-4, DIN 13-1, DIN 13-52, DIN 13-2 bis, DIN 13-11, LN 9163, DIN EN 60423, DIN EN 50262, DIN 13-51, DIN 2510-2).
EG M (DIN 8140-2)
MFS (DIN 8141-1)
M (DIN 158-1)
MJ (DIN ISO 5855-1, DIN ISO 5855-2)
G = PF, BSP, BSPF (DIN EN ISO 228-1)
Rp = PS, BSPP (DIN EN 10226-1, DIN 3858)
R (DIN EN 10226-1, DIN 3858)
Rc = PT, BSPT (DIN EN 10226-2)
Tr (DIN 103-1 bis, DIN 103-8, DIN 380-1, DIN 380-2)
Tr (DIN 263-1, DIN 263-2, DIN 6341-2)
Tr (DIN 30295-1, DIN 30295-2)
KT (DIN 6063-2)
S (DIN 513-1 bis, DIN 513-3)
S (DIN 2781)
S (DIN 71412)
S (DIN 20401)
S, GS, KS (DIN 55525)
KS (DIN 55525, DIN 6063-1)
Rd (DIN 405-1, DIN 405-2, DIN 20400, DIN 15403)
Rd (DIN 7273-1)
Rd (DIN 262-1, DIN 262-2)
Rd (DIN 264-1, DIN 264-2)
Rd (DIN 3182-1, DIN EN 148-1)
GL (DIN 168-1)
E (DIN 40400, DIN EN 60061-1, DIN EN 60399)
W (DIN 49301)
Pg (DIN 40430)
ST (DIN EN 1478, DIN 7998)
FG (DIN 79012, DIN ISO 6698)
Vg (DIN 7756)
V (ISO 4570)
E17 17E (DIN EN 144-1, DIN EN ISO 11116-1)
25E (DIN EN 629-1, ISO 10920)
W (DIN 477-1)
W (DIN 477-1, DIN EN 962)
RMS (DIN 58888)
Gg (DIN 20314)
UNM (ASA B1.10)
UN, UNC, UNF, UNEF, UNS (ASME B1.1, BS 1580)
UNR, UNRC, UNRF, UNREF, UNRS (ASME B1.1)
UNJ, UNJC, UNJF, UNJEF (ASME B1.15, BS 4084)
NC, NF, NEF, NS, N (ASA B1.1)
BSW, BSF (BS 84)
B.A. (BS 93)
NPSC (ANSI/ASME B1.20.1)
NPSM, NPSL (ANSI/ASME B1.20.1)
NPSH, NH, NHR (ASME B1.20.7)
NPSF, NPSI (ASME B1.20.3)
NGO (CGA V-1)
G = PF, BSPF, BSP (BS 2779)
Rp = PS, BSPP (BS 21, ISO 7/1)
NPT, NPTR (ANSI/ASME B1.20.1)
NPTF, PTF-SAE-SHORT, PTF-SPL-SHORT, PTF-SPL-EXTRA, SHORT, SPL-PTF (ANSI B1.20.3)
NGT (CGA V-1)
R (BS 21, ISO 7/1)
Rc = PT, BSPT (BS 21, ISO 7/1)
UNC-STI, UNF-STI (ASME B18.29.1)
NC-5 IF, NC-5 HF (ASME/ANSI B1.12)
AMO (ASA B1.11)
ACME (ASME B1.5, BS 1104)
STUB-Acme (ANSI B1.8)
BUTT (ANSI B1.9)
Buttress (BS 1657)
ART (NF E 03-611)
BSC (BS 811)
CSG, LCSG, BCSG, XCSG, LP, TBG, UP TBG (API Std 5 B)
NC ROTARY, REG, REG LH, FH, IF (API Spec 7)
Sucker Rods (API Spec 11 B)
Production of threading inserts and tool holders
The design and consequent production of threading inserts with tool holders for special designed inserts is a further service offered by IGUTENSILI. The company is recognized worldwide for its great versatility and high quality, meeting all common threading standards and more. The design of the IGUTENSILI interchangeable insert system is one of the most widespread and advantageous for users.
IGUTENSILI offers various special customized solutions to cover the most diverse applications, providing a very wide range of standard or special threads. The tool holders for special and standard inserts are specifically built, according to the customer’s needs. Steel or carbide shank can be requested, for single or multi insert housing. Furthermore, the tool holders can be manufactured with and without internal coolant supply.
Produzione di inserti e portautensili per filettatura
La progettazione e produzione di inserti per filettatura e portautensili speciali a disegno IGUTENSILI è riconosciuta in tutto il mondo per la sua grande versatilità e alta qualità che rispondono a tutti gli standard di filettatura comuni e altro ancora.Il design del sistema di inserti intercambiabili IGUTENSILI è uno dei più diffusi e vantaggiosi per i clienti utilizzatori.
IGUTENSILI offre diverse soluzioni speciali a disegno per coprire le applicazioni più disparate fornendo una vastissima gamma di filettature presenti sul mercato mondiale. Per supportare gli inserti a filettare è disponibile anche il portautensile dedicato che potrete decidere se acquistare, stelo in acciaio o in metallo duro, per uno o più inserti, i portautensili sono producibili con e senza adduzione interna del refrigerante.
DISCOVER THE ADVANTAGES OF IGUTENSILI INSERTS:
- The same insert can produce both right-hand and left-hand threads
- Single insert and holder can produce a certain thread on many diameters (outside and inside)
- The prismatic shape of the insert tail guarantees precise and reliable locking in the tool holder
- Most inserts are multi-sided, with two or + cutting edges
- Tools can produce tapered threads
- Improved productivity thanks to higher cutting speeds resulting from the use of inserts in HM (solid carbide), PCD (Polycrystalline Diamond), CBN (Polycrystalline cubic boron nitride)
- One-step thread in a blind hole
- Longer tool life thanks to a special multilayer coating process
- Lower tooling costs, significantly less expensive than using taps
- Because less machine power is required, even a less performing machine can produce larger threads in a single operation with less downtime and tool changes
- Allows processing of asymmetrical parts.
SOME THREADS WE CAN MANUFACTURE
M (DIN 14-1, DIN 14-4, DIN 13-1, DIN 13-52, DIN 13-2 bis, DIN 13-11, LN 9163, DIN EN 60423, DIN EN 50262, DIN 13-51, DIN 2510-2).
EG M (DIN 8140-2)
MFS (DIN 8141-1)
M (DIN 158-1)
MJ (DIN ISO 5855-1, DIN ISO 5855-2)
G = PF, BSP, BSPF (DIN EN ISO 228-1)
Rp = PS, BSPP (DIN EN 10226-1, DIN 3858)
R (DIN EN 10226-1, DIN 3858)
Rc = PT, BSPT (DIN EN 10226-2)
Tr (DIN 103-1 bis, DIN 103-8, DIN 380-1, DIN 380-2)
Tr (DIN 263-1, DIN 263-2, DIN 6341-2)
Tr (DIN 30295-1, DIN 30295-2)
KT (DIN 6063-2)
S (DIN 513-1 bis, DIN 513-3)
S (DIN 2781)
S (DIN 71412)
S (DIN 20401)
S, GS, KS (DIN 55525)
KS (DIN 55525, DIN 6063-1)
Rd (DIN 405-1, DIN 405-2, DIN 20400, DIN 15403)
Rd (DIN 7273-1)
Rd (DIN 262-1, DIN 262-2)
Rd (DIN 264-1, DIN 264-2)
Rd (DIN 3182-1, DIN EN 148-1)
GL (DIN 168-1)
E (DIN 40400, DIN EN 60061-1, DIN EN 60399)
W (DIN 49301)
Pg (DIN 40430)
ST (DIN EN 1478, DIN 7998)
FG (DIN 79012, DIN ISO 6698)
Vg (DIN 7756)
V (ISO 4570)
E17 17E (DIN EN 144-1, DIN EN ISO 11116-1)
25E (DIN EN 629-1, ISO 10920)
W (DIN 477-1)
W (DIN 477-1, DIN EN 962)
RMS (DIN 58888)
Gg (DIN 20314)
UNM (ASA B1.10)
UN, UNC, UNF, UNEF, UNS (ASME B1.1, BS 1580)
UNR, UNRC, UNRF, UNREF, UNRS (ASME B1.1)
UNJ, UNJC, UNJF, UNJEF (ASME B1.15, BS 4084)
NC, NF, NEF, NS, N (ASA B1.1)
BSW, BSF (BS 84)
B.A. (BS 93)
NPSC (ANSI/ASME B1.20.1)
NPSM, NPSL (ANSI/ASME B1.20.1)
NPSH, NH, NHR (ASME B1.20.7)
NPSF, NPSI (ASME B1.20.3)
NGO (CGA V-1)
G = PF, BSPF, BSP (BS 2779)
Rp = PS, BSPP (BS 21, ISO 7/1)
NPT, NPTR (ANSI/ASME B1.20.1)
NPTF, PTF-SAE-SHORT, PTF-SPL-SHORT, PTF-SPL-EXTRA, SHORT, SPL-PTF (ANSI B1.20.3)
NGT (CGA V-1)
R (BS 21, ISO 7/1)
Rc = PT, BSPT (BS 21, ISO 7/1)
UNC-STI, UNF-STI (ASME B18.29.1)
NC-5 IF, NC-5 HF (ASME/ANSI B1.12)
AMO (ASA B1.11)
ACME (ASME B1.5, BS 1104)
STUB-Acme (ANSI B1.8)
BUTT (ANSI B1.9)
Buttress (BS 1657)
ART (NF E 03-611)
BSC (BS 811)
CSG, LCSG, BCSG, XCSG, LP, TBG, UP TBG (API Std 5 B)
NC ROTARY, REG, REG LH, FH, IF (API Spec 7)
Sucker Rods (API Spec 11 B)
Frese per Filettare
Produzione di frese per filettare speciali a disegno per ogni tipo di lavorazione.
Filettare con la massima sicurezza, profondità, versatilità ed economia.
IGUTENSILI offre una vasta gamma di soluzioni studiate ad hoc per la fresatura di filetti progettando e realizzando frese per filettare in metallo duro integrale, ad inserti intercambiabili in PCD, etc.