Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
1441～1455 item / All 2987 items
Super hard punch pin and super hard pilot pin.
It is possible to create a shape with a thin and long tip. Compared to conventional fine processing, the roundness and coaxiality precision of multi-stage pins are high, and it can accommodate any number of stages and lengths for punch pins. We can manufacture from a single piece.
This is a proposal for the development of high-performance cutting tools using ultrashort pulse lasers.
Aluminum alloys are generally not classified as difficult-to-cut materials when used for wet machining, as they are softer and have less tool wear compared to steel materials. However, aluminum has a low melting point and is a highly reactive metal scientifically, which causes adhesion and welding on the tool surface when cutting temperatures rise, significantly reducing tool life. Therefore, aluminum alloys are very difficult materials for dry machining. Semi-dry and dry machining in cutting processes can lead to reduced environmental impact, cost savings, and simplification of work, but there are still many challenges, such as significant tool wear and a marked decline in cutting quality, depending on the cutting conditions. At Lips Works, we have successfully developed cutting tools that generate various functions by applying a specific three-dimensional periodic microstructure to the tool surface, which is a completely opposite concept to the conventional wisdom of cutting tools that states, "the tool surface should be finished as smoothly as possible."
A new method to easily and conveniently automate CNC lathes.
- Reduction of setup time - Reduction of preparation time - Reduction of cycle time - All parts are heat-treated for long life - No need to use expensive bar feeders - There are many other benefits
Leave the screw troubles to Noga.
Just lightly tighten the screw with the V-shaped receiving part and the two blades of the nest, and turn it in the direction of the arrow!
Internal thread repair tool
■It can be applied to any diameter or pitch of screw within the range of tool usage, including inch screws, metric screws, right-hand screws, left-hand screws, fine pitch, and standard pitch screws. ■A superior point compared to using a tap is that you can place the device just below the crushed screw groove, allowing for easy repair of only the damaged part. ■The blade made of high-speed steel (HRC62) moves along the uncrushed screw groove and corrects the damaged area.
We deliver the world's highest quality industrial tools.
For deburring drill holes, cross holes, deep holes, straight sections, and curved sections.
Thread cutting tool for lathes
This is a notice from Noga Japan Co., Ltd. regarding "NPT (F), BSPT, (STUB) ACME, TRAPEZ, ROUND."
Thread cutting tool for lathes
This is a notice from Noga Japan Co., Ltd. regarding "tool holders, standard (long) shank, carbide long shank, and multi-insert holders."
Carmex Technology Information
This is an announcement of "Carmex Technical Information" from Noga Japan Co., Ltd.
Comprehensive catalog of thread cutting tools and mill threads for use on lathes. A pioneer leading the global market.
This is the product catalog of Carmex, a comprehensive manufacturer of carbide threading tools. Carmex specializes in the production of carbide threading tools and has focused its management resources not only on lathe tools but also on relatively new machining methods such as milling thread tools using machining centers, establishing its position as a pioneer leading the global market in this field. Currently, Carmex also manufactures grooving tools, chamfering tools (mini chamfers), and tiny tools for small diameter boring, and undertakes the production of custom tools. This catalog includes threading tools for lathes, indexable milling threads, carbide solid milling threads, and Niagara end mills (stabilizers). For a limited time, the catalog is available for free! For more details, please download the catalog or contact us.
Comprehensive catalog of chamfering and burr removal tools. New arrival: ceramic nogagat and chip hook.
This is the comprehensive catalog of Nogajapan Co., Ltd., established in 1996, which has since become the general agent for Germany's Carmex, Italy's Gerald, and the United States' Niagara Cutter in the Japanese market. This catalog features Nogajapan's deburring tools, including the ceramic Noga cut with rotating blade for plastics and the Noga chip hook for cleaning chips. For a limited time, the catalog is available for free! For more details, please download the catalog or contact us.
We will introduce mobile chamfering carriers and chamfering tools for drill presses and electric drills.
Noga Japan Co., Ltd. was established in 1996 in Ageo City, Saitama Prefecture, and has since become the general agent for various companies in the Japanese market, including Beha from Germany, Carmex from Israel, Alberti from Italy, Gerald from Italy, Niagara Cutter from the United States, Beaty from the United Kingdom, and Kopal from France. Our comprehensive catalog of chamfering and deburring tools includes a variety of products such as mobile chamfering carriers, countersinks, chamfering tools for drill presses, mini chamfers for counterboring, and rotary blade ceramic Noga cuts, among others. [Featured Products] - Mobile Chamfering Carrier - Countersink - Chamfering Tools for Drill Presses - Mini Chamfer for Counterboring - Rotary Blade Ceramic Noga Cut, etc. For more details, please contact us or download the catalog.
A wide variety of chamfering and deburring tools recommended by the pioneers of the deburring system!
The "Chamfering & Deburring Tools" is a product catalog from Noga Japan Co., Ltd., a pioneer in tools. It features a variety of safe plastic products, including the "Rotary Blade Ceramic Noga Cut," "Rear Counterbore Mini Chamfer," and tool accessories such as handles and storage boxes, as well as convenient products like chip cleaning tools. If you have any inquiries about chamfering or deburring tools, please feel free to consult with us. [Contents] ■ Rotary Blade Ceramic Noga Cut ■ Rear Counterbore Mini Chamfer ■ Heavy-duty (φ3.2mm shaft) ■ Lightweight (φ2.6mm shaft) ■ Countersink Rear Counterbore Bar, etc. *For more details, please refer to the catalog or feel free to contact us.
We specialize in processing various types of superhard pins, particularly in delicate machining such as ultra-fine processing.
We perform precision machining of carbide pins. For core pins, guide pins, and stepped pins used for positioning that require high precision, we utilize the properties of carbide to achieve a wire diameter tolerance of +/- 0.05um. Please contact us if you need precision machining of round pins.
Super Invar (low thermal expansion material) + carbide cutting tools) product samples have been completed.
Super Invar (low thermal expansion material) + carbide cutting tools: product samples have been completed. With advancements in technology, cutting tools are now required to achieve processing precision at the nano level, surpassing the traditional micron level. In the field of ultra-precision machining, it is undoubtedly effective to prevent thermal deformation in order to improve accuracy. Super Invar material, which has extremely low dimensional changes due to thermal expansion, is ideal for use in such ultra-precision machining fields. We have now proposed to solder a carbide cutting edge to the Super Invar material to further enhance precision. Additionally, if there are any challenges or issues in the production field, please feel free to contact us.
