Advanced manufacturing services in precision machining

The Art of CNC Precision

TAKUMI CNC – Advanced Machining for Critical Projects
TAKUMI CNC is an advanced machining plant in Israel, specializing in the production of precision parts for critical projects in the defense, aerospace, medical and high-tech industries. Our activity is based on deep engineering understanding, the use of advanced technologies and the full implementation of the AS9100 standard as a daily work culture. Each project is managed as a controlled process - from drawing analysis and DFM, through processing strategy planning, to stable, documented and highly repeatable serial production. We act as a technological partner to our customers, in projects where quality, consistency and reliability are not an advantage - but a basic condition.

Advanced machining plant in Israel | AS9100 certified | Aerospace · Defense · Medical

ISO 9001 Certificate

KPI monitoring Internal audits Management review meetings Customer satisfaction tracking Corrective & preventive actions

AS9100 REV D

Aerospace & Defense Certified Manufacturing AS9100 & ISO 9001

ISO 9001

ISO 9001 Certificate

  • The Blacksmith, Karmiel, Israel

Contact TAKUMI CNC for a quick quote for precision machining, wire cut EDM, sinking EDM, milling and advanced engraving. We specialize in quality solutions for the defense, aerospace, medical and high-tech industries – with AS9100 certified quality and on-time delivery.

How do you ensure quality according to the AS9100 standard in a CNC factory? The AS9100 standard is the most stringent quality standard for the aviation, space and defense industries, and is actually an extension of the ISO 9001 standard with additional requirements unique to the worlds of advanced manufacturing. For a CNC factory, working in accordance with the AS9100 standard is not just a "certificate on the wall", but a comprehensive management system that brings a competitive advantage in the market and guarantees customers the highest level of quality. In this article, we will review the practical steps and tools with which a CNC factory can ensure full compliance with the requirements of the standard - from the design stage to delivery to the customer.

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A comprehensive and updated guide for 2025 that explains in depth all 3D printing technologies for metal – including manufacturing processes, advantages, disadvantages, comparison between methods such as SLM, EBM, DED, Binder Jetting, and more. Suitable for engineers, manufacturers, startups, and anyone interested in understanding the world of Additive Manufacturing for metals.

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3D printing is changing the face of industry – from rapid prototyping technology to the production of precision metal parts in the medical, defense, electronics, and aerospace industries. In this article, we will present a comprehensive overview

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What is a dark factory? How do advanced factories produce 24/7 without workers? A professional review with examples from around the world – FANUC, Tesla, Foxconn, and more. The guide to implementing full automation in the chip processing industry.

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List of companies that manufacture machining machines and links to their websites

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The Guide to Understanding Pricing in the World of CNC ​Pricing parts in machining is a complex process, requiring an understanding of technology, materials, processing time, accuracy levels, customer requirements, and more. So how do you set a price for a part?

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Looking for a machining manufacturer? Our guide will help you understand the most important criteria for making the right choice, including quality control, experience, and reliability.

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In this post, we will explore the importance of emulsion in CNC machines, review the types of emulsion available on the market, and provide tips for proper use to maintain optimal performance.

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In this post, we will examine the impact of artificial intelligence (AI) on the chip processing sector, and learn how advanced new technologies can improve efficiency, streamline processes, and lead to a new industrial revolution.

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How to maintain continuous and efficient production with automation in machining? In this article, we will present examples of cutting-edge technological solutions that allow you to operate around the clock without compromising quality and accuracy. We will learn about the latest innovations in the field and present ways to improve production processes with advanced automated systems that can operate independently.

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CNC Technology – Everything You Need to Know About Computer Control in Machining

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If you're curious about what machining is and how it's used in the manufacturing world, you've come to the right place. In this professional guide, we'll cover the entire subject, from start to finish, and show you how you can apply the knowledge to create precision parts efficiently.

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The Complete Guide to Machining: Common Materials and Machining Conditions

The Complete Guide to Machining: Common Materials and Machining Conditions

The article 'The Complete Guide to Machining: Common Materials and Machining Conditions' provides professional insights into the materials commonly used in the industry and the appropriate machining conditions for each material, with the aim of achieving high precision and quality.

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List of tables with common threads and recommended drills for preparatory drilling

List of tables with common threads and recommended drills for preparatory drilling

This article reviews different types of common threads and the recommended pre-drilling holes for each. It is a useful guide for professionals and hobbyists alike.

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Parameters for correct production in machining

Parameters for correct production in machining

The article discusses important parameters for proper machining production, including different types of tools, materials, and techniques to ensure maximum quality and precision.

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Machining software

Machining software

The article describes the benefits and features of machining software, such as SolidWorks and AutoCAD, and how they improve productivity and accuracy in factories.

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