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Microscopic surface inspection, digital measurement, and production in a single clamping operation ensure the highest standards of quality in the manufacturing and regrinding of solid carbide tools.
We are a fast and reliable manufacturer of both standard and custom solid carbide cutting tools, delivering precision, consistency, and short lead times for industrial applications.
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Tool Design Services
Our engineering team specializes in the design and development of custom cutting tools tailored to specific machining applications and customer requirements. We are proud to collaborate with innovative companies, supporting product development through precision tool engineering and customized manufacturing solutions.
We manufacture prototype tooling, small production batches, and complete custom tool sets, providing the flexibility needed for research, development, and specialized industrial production.
Using the latest CAD/CAM software and advanced tool design technologies, our experienced engineers can optimize, redesign, and improve existing tooling solutions to increase machining performance, extend tool life, reduce cycle times, and improve overall production efficiency.
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Happy Christmas and many happy returns!
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Carbide Blades
slitter knives, shear blades, circular knives, granulator knives, paper knives, packaging blades, CNC ground carbide blades
We manufacture high-precision carbide blades and custom linear cutting tools for industrial applications where accuracy, wear resistance, and long tool life are essential. Our blades are designed for both high-speed cutting and precision machining of metallic and non-metallic materials.
Using advanced CNC turning, vertical turning, linear machining, and precision grinding technologies, we manufacture carbide blades, machine components, and custom tooling under strict quality control to ensure consistent dimensional accuracy and reliable performance.
Our carbide blades are suitable for processing a wide range of materials, including:
Metals and alloy steels
Aluminum and non-ferrous metals
Paper and cardboard
Leather
Plastics and composite materials
Rubber and technical textiles
We manufacture standard and custom carbide blades according to customer drawings, technical documentation, or 3D CAD/STP files. Our engineering team can optimize blade geometry, cutting angles, and clamping configurations to match your production process and maximize cutting efficiency.
The dimensions of the cutting edge and the clamping section can be fully customized to meet the requirements of your machinery and application. Additional technical specifications, material recommendations, and coating options are available upon request.
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Innovation Through International Collaboration
Continuous innovation is an essential part of our philosophy. To stay at the forefront of cutting tool manufacturing, precision machining, and CNC technology, we regularly participate in leading international trade fairs, technical conferences, and industry events across Europe and the United States.
Our team attends major exhibitions such as EMO Hannover, EMO Milano, and IMTS – International Manufacturing Technology Show to follow the latest developments in cutting tool technology, CNC machining, digital manufacturing, advanced coatings, precision metrology, and Industry 4.0 solutions.
These events provide valuable opportunities to exchange knowledge with manufacturers, engineers, machine builders, research institutions, and technology partners from around the world. The expertise we gain is directly applied to the design and production of innovative, high-performance tooling solutions for our customers.
Over the years, these international partnerships have evolved into long-term business relationships built on trust, technical excellence, and shared innovation. Many of our customers have remained valued partners for decades.
One of our successful international collaborations is with Quality Tech Tool (USA), established during the IMTS exhibition. Together, we cooperate on tooling technology, custom tool development, and engineering solutions. We were also proud to welcome the Quality Tech Tool team as our guests at the Belgrade International Fair, further strengthening our long-standing partnership and commitment to technical excellence.
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Cutting Tool Manufacturing & Tooling Solutions
We provide complete tooling solutions for milling, drilling, grinding, routing, and precision machining applications. Every cutting tool is designed and manufactured in-house using certified, high-quality materials that comply with European (EU) and United States (USA) industrial standards, ensuring consistent quality, precision, and reliability.
Our manufacturing capabilities include both standard and custom-made cutting tools for a wide range of industries. We produce end mills, drills, carbide blades, routing tools, and other special cutting tools engineered to meet specific machining requirements.
Our tooling solutions are designed for processing a variety of materials, including:
- High-Speed Steel (HSS)
- Alloy steels
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Solid carbide
- Wood and engineered wood products
- Marble and natural stone
- Aluminum
- Aluminium Composite Material (ACM/Alucobond® panels)
- Other non-ferrous and engineering materials
In addition to manufacturing new tools, we provide comprehensive after-sales support, including professional regrinding and recoating services. Solid carbide cutting tools can typically be reground up to three times, depending on wear and application. Reconditioning extends tool life, reduces production costs, minimizes material waste, and supports more sustainable manufacturing processes.
Following regrinding, we apply a new wear-resistant coating to restore cutting performance. Recoating is an essential part of the reconditioning process, allowing cutting speeds and feed rates to remain comparable to those of a new tool.
One of the most commonly used coatings in our production is TiAlN (Titanium Aluminium Nitride), which provides excellent wear resistance, high-temperature stability, reduced friction, and extended tool life during high-speed machining. Depending on the application and workpiece material, additional PVD coatings are available to optimize machining performance.
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Tool Coatings
Selecting the appropriate coating is essential for maximizing the performance and service life of cutting tools. The optimal coating depends on several machining parameters, including cutting speed, feed rate, workpiece material, machining strategy, and the type of coolant or lubrication used during the machining process.
A properly selected PVD coating reduces friction, improves wear resistance, protects the cutting edge from high temperatures, and enables higher machining speeds while maintaining excellent surface finish and dimensional accuracy.
The coating most frequently used in our production is TiAlN (Titanium Aluminium Nitride). TiAlN offers outstanding resistance to heat and oxidation, making it an excellent choice for high-speed machining of alloy steels, hardened steels, stainless steels, and other demanding materials. It extends tool life, improves machining stability, and maintains cutting performance even under elevated operating temperatures.
Depending on the application, workpiece material, and machining conditions, we also offer additional high-performance PVD coatings to ensure optimum productivity, reliability, and tool longevity.
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InternationalTrade Show visits
Innovation Through International Collaboration
Continuous innovation is an essential part of our philosophy. To stay at the forefront of cutting tool manufacturing, precision machining, and CNC technology, we regularly participate in leading international trade fairs, technical conferences, and industry events across Europe and the United States.
Our team attends major exhibitions such as EMO Hannover, EMO Milano, and IMTS – International Manufacturing Technology Show to follow the latest developments in cutting tool technology, CNC machining, digital manufacturing, advanced coatings, precision metrology, and Industry 4.0 solutions.
These events provide valuable opportunities to exchange knowledge with manufacturers, engineers, machine builders, research institutions, and technology partners from around the world. The expertise we gain is directly applied to the design and production of innovative, high-performance tooling solutions for our customers.
Over the years, these international partnerships have evolved into long-term business relationships built on trust, technical excellence, and shared innovation. Many of our customers have remained valued partners for decades.
One of our successful international collaborations is with Quality Tech Tool (USA), established during the IMTS exhibition. Together, we cooperate on tooling technology, custom tool development, and engineering solutions. We were also proud to welcome the Quality Tech Tool team as our guests at the Belgrade International Fair, further strengthening our long-standing partnership and commitment to technical excellence.
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Precision Tool Regrinding & Reconditioning
At IKAR, we take pride in delivering high-precision regrinding and reconditioning services for solid carbide cutting tools manufactured by our company. Our advanced CNC measuring and grinding technology enables us to inspect, measure, and restore the complete tool geometry with exceptional accuracy.
One of our key advantages is that digital measurement and the entire regrinding process are performed in a single clamping operation. Eliminating repeated repositioning minimizes geometric deviations, ensures maximum concentricity, and restores the original cutting geometry with outstanding precision.
Every tool is carefully inspected before reconditioning to evaluate wear, cutting-edge condition, and overall geometry. Based on this assessment, we determine the optimal regrinding strategy to restore the tool's performance and reliability.
To achieve performance comparable to a new tool, we strongly recommend applying a new PVD coating after regrinding. Recoating restores wear resistance, reduces friction, protects the cutting edge from heat, and allows cutting speeds and feed rates to remain close to the original machining parameters.
Depending on the application and wear condition, most solid carbide tools can be successfully reground up to three times. Tool life and regrinding results depend largely on correct machining parameters, including cutting speed, feed rate, cooling conditions, and proper tool handling during operation.
Professional tool reconditioning significantly reduces manufacturing costs, minimizes production downtime, extends tool life, and decreases material waste. By restoring cutting tools instead of replacing them prematurely, manufacturers reduce raw material consumption and contribute to more sustainable and environmentally responsible production.
To guarantee the highest quality standards and restore the original tool geometry, our regrinding service is available exclusively for cutting tools manufactured by IKAR.
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Fast and reliable delivery. One stop shop for your machining needs weither you are in feild of metalworking, wood working or other precise machining service.
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From our dear colegues from machinig school in Cacak we won a recognition as company who supports education and young talents.
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Solid Carbide Tools
Solid carbide (tungsten carbide or cemented carbide) is one of the most advanced materials used in modern cutting tool manufacturing. Its exceptional hardness, outstanding wear resistance, and excellent high-temperature stability make it the preferred choice for high-performance machining applications.
Compared with High-Speed Steel (HSS), solid carbide maintains its cutting edge at significantly higher cutting speeds and operating temperatures. With a melting point of approximately 2,870°C, tungsten carbide offers excellent thermal stability, allowing tools to operate efficiently under demanding machining conditions while maintaining dimensional accuracy and surface quality.
Because of its superior mechanical properties, solid carbide tools can operate at substantially higher cutting speeds and feed rates than conventional HSS tools. This results in shorter machining cycles, higher productivity, improved surface finishes, and extended tool life when machining steels, stainless steels, cast iron, aluminum, titanium alloys, composites, and many other engineering materials.
For applications requiring maximum precision, long tool life, and high production efficiency, solid carbide tools are often the most economical and reliable solution despite their higher initial investment.
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We at Ikar are proud to present our new custom made line of Solid Carbide Tools.
We are available to produce prototypes based on drawings.
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Ikar at Belgrade Tecnological Trade Show from 20-23 2025 at Belgrade Fair ( www.sajam.rs/en)
http://tehnika.talkb2b.net/sr/members/details/111
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At Ikar we are proud of sucessful record of regrinding tools. Our equipment helps us meesure all angles in one position and making all regrinding operation in prosecution. As so it it highly precise.
We reserve the service of regrinding only for tools bought from us.
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New Line of tools Produced
Happy to anounce that we have successfully made a new line of tools.
Our custom made tools can replace 2 or 3 standard tools and as consequence the precision of work performed is higher as it is all produced in one clamping.
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For production that requires feed number that is high we raccoment tool coating.
The most raccomended coating of Tools from our shop is TiAlIn
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The linear tooling with high level of resistance used in machining industry as well as elaboration of wood, plastic, cardboard, plexiglas possibility of carbide tips but as well as solid carbide productLinear Tools are mostly used for cutting paper, wood or for diferent usage in metal elaborating.