What can visitors find on ISCAR’s homepage?

Visitors can explore cutting tools, product categories, technical information, industry applications, and the latest company news, along with access to catalogs and support tools.

How does ISCAR showcase its innovation on the homepage?

The homepage highlights new product launches, technological advancements, and engineering solutions designed for precision and efficiency in metalworking.

Is there support for international customers on ISCAR’s site?

Yes. The homepage offers language options and localized information to accommodate ISCAR’s global customer base.

What industries does ISCAR cater to?

ISCAR serves a wide range of manufacturing sectors, including aerospace, automotive, energy, and general metalworking industries.

How can customers access ISCAR’s technical resources?

Technical resources are available via links on the homepage directing users to catalogs, engineering support tools, and customer service contacts.

What challenges does medical component machining present?

Medical machining requires extreme precision, complex geometries, and perfect surface finishes—especially for miniature dental screws and orthopedic implants made from titanium superalloys and hard stainless steels.

How does ISCAR overcome issues like built-up edge (BUE) in gummy materials?

ISCAR designs cutting tools with unique edge geometries and optimized grades that reduce BUE formation, improve edge sharpness retention, and maintain consistent surface quality even under high heat conditions.

What types of medical components does ISCAR specialize in machining?

ISCAR develops tools for dental screws and orthopedic components, including femoral heads, acetabular shells, femoral stems, and bone plates for hip joint replacements.

How does CAD/CAM integration help in medical machining?

ISCAR uses CAD/CAM systems to design custom tool assemblies in accordance with ISO 13399 standards, ensuring precise fit, geometry, and performance for machining intricate medical parts.

Why are high-performance materials like titanium challenging to machine?

Titanium and similar superalloys are heat-resistant and “gummy,” which can cause chip control issues, tool wear, and surface damage—requiring advanced cutting tool design and grade optimization to achieve quality results.

Industrealize Medical

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Industrealize > Medical

INDUSTREALIZE

Letecký průmysl
- Obrábění titanu
- Obrábění inconelu
- Skříň tryskového motoru
- Podvozek letadla - hlavní noha podvozku
- Podvozek letadla - vzpěra
- Lopatka proudového motoru
- Landing Gear-Beam
- Control Valve
Lékařský průmysl
- Zubní šrouby
- Hlava kyčelního kloubu
- Jamka kyčelního kloubu
- Totální endoprotéza kyčelního kloubu
- Kostní deska
- Knee Joint - Tibial
- Knee Joint - Spacer
- Knee Joint - Femoral
- Monoaxial Bone Screw
Automobilový průmysl
- Ojnice
- Hliníková kola
- Turbo dmychadla
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- Kliková hřídel
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- Tow bar
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- Piston
- Electric Car Battery Case
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Ložiskový průmysl
- Kuličkové ložisko - vnější kroužek
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Železniční průmysl
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- Connecting link Type 60E1
Těžařský průmysl
- Rock Bits
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- Pressure Valve
- Frac Pump
- Hlava vrtu
MTB
- Soustruhy
- Vícevřetenová frézovací centra
- Frézovací centra
- Švícarské automaty / stroje švýcarského typu
- Víceúčelové stroje
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- Stroje pro výrobní linky
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Větrnné elektrárny
- Náboj rotoru
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- Hlavní hřídel
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Power Generation
- Lopatky kaplanovy turbíny
- Gas & Steam - Turbine Rotor Shaft
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Off Road
- Výložník
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- Main Frame
- Bucket Link
- Connecting Dipper
- Loader Frame
Die & Mold
- Vytlačovací lis
- Základna formy
General Engineering
- Radiální upichování trubek planžetami
- Radial Rotary Method
- Planetary Movement Method
- Upichování tyčí okružní pilou
- Řezání desek a stohovaných plechů
- Upichování tyčí kotoučovou pilou
- Těžké čelní frézování

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Medical

Successful development of innovative and dynamic parts in today’s miniature dental and medical components industry presents a formidable and equally dynamic challenge to cutting tool manufacturers.
The fast-growing field is driven by enterprising orthopedic surgeons and dental professionals together with medical screw and implant companies, who work in close cooperation with computer aided design and manufacturing (CAD/CAM) software developers and dedicated machine and tool manufacturers to transform their inventions into parts that are revolutionizing medical and dental procedures. Each new component demands correspondingly advanced tools and geometries to create the new and complex shapes, and to ensure extreme precision and consistently excellent surfaces. The materials used for producing medical screws and implants are titanium superalloys, although stainless steel hard materials are used when a special ratio of depth of cut to chip thickness is required. These materials are gummy and cause built-up edge (BUE), which tends to wear down edge sharpness, while the high temperatures generated during chip breaking shorten tool life and damage surface quality.
ISCAR, a leading manufacturer of cutting tools for metalworking, invests time and resources to develop optimal machining solutions for the medical sector, applying unique geometries, tools, and grades. Utilizing CAD/CAM systems to create custom tool assemblies according to the ISO 13399 standard, ISCAR develops cutting tools for machining miniature medical parts - specifically dental screws and four components for hip joint replacement implants: femoral head, acetabular shell, femoral stem, and bone plate.