All products and services
91～120 item / All 164 items
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Introducing the AUM-10: High-rigidity precision machining available at a low price!
We have achieved ultra-high rigidity machining with a spindle speed of 40,000 min⁻¹ and overall precision at the micron level, all at a low price that overwhelms the competition.
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Easy to understand! Introduction to a catalog featuring physical property values of various high-performance materials.
We offer contract processing services and accept quotes starting from one drawing and one unit, and this is a catalog listing the physical properties of representative materials.
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Achieving high-precision machining of difficult-to-cut materials! Introduction to Laser Microjet.
The processing technology "microjet laser," which guides lasers using water jets the thickness of a hair, enables the machining of difficult-to-cut materials.
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Free distribution! Physical property data of various high-performance materials included in the Narasaki General Catalog.
Leave the processing of various high-performance materials to us. We offer a wide range of services including laser processing and machining! Physical property data catalog available!
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"All-in-one" industrial computer that can use 5G from the day it arrives.
We are releasing the "Edge Tank TM" series, an all-in-one industrial computer that can use 5G from the day it arrives!
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"What is DX?" Free case study collection! Small start edition with industrial PCs.
This is a collection of "Small DX" case studies as the first step towards realizing DX (Digital Transformation). Please feel free to use it as a reference.
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Wafer downsizing is possible, water jet laser processing.
It is possible to downsize various wafers using water jet laser processing, which excels at machining difficult materials like SiC with minimal heat impact.
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Free distribution of the "Small DX" case study collection! Introducing various examples using industrial PCs.
This is a collection of "Small DX" case studies as the first step towards realizing DX (Digital Transformation). Please feel free to use it as a reference.
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Start of aluminum nitride contract processing: Introduction of ceramics 3D printer
A new attempt at 3D printing with aluminum nitride has become possible with ceramics 3D printers. Please consult us for fine, complex shapes that are impossible with conventional methods.
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Robust tablet "EDGE-PAD104C/R" that meets various demands.
A tablet that is tough and offers abundant customization while also pursuing convenience. It achieves speedy and accurate operability, tailored to meet the specifications of the customer's environment.
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Next-generation standard high-end compact edge server "EDG-INT4-G2"
An advanced inference performance AI system with a compact chassis equipped with two NVIDIA T4s, serving as an edge AI computing platform.
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Edge computer "EDG-GM1000" that completes DX.
A robust and compact high-performance computer equipped with MXMGPU extension, featuring a wide range of capabilities in machine vision, image processing, and artificial intelligence.
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Stage control at the nano level is possible. Introduction of ultra-high precision laser processing machines.
Ultra-high precision processing is achieved by enabling nano-level control at the stage of laser processing. It is a processing machine that allows for flexible selection of the mounted transmitter.
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Test processing accepted at any time! Introduction of various laser contract processing and equipment.
We will propose the most suitable type of laser and wavelength for your company based on the material and processing details. We also accept test processing at any time, and free support may be available depending on the conditions.
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Achieving the highest quality welding in the world. Introducing Furukawa Electric's fiber laser.
World-class beam quality achieved with spatula-less, zero-gap, and high-quality welding. High-value-added welding is possible with arbitrary beam mode control technology.
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Introducing everything from ultra-high purity 99.99% to cost-reduced 99% alumina.
A wide range of products from 99.99% alumina that meets strict purity requirements to 99% overseas alumina that ensures cost reduction.
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Ultra-low price. Introducing fiber laser markers in the 1 million yen range.
This is the launch of an ultra-low-cost fiber laser marker that solves the cost issues that have caused hesitation in introducing laser markers.
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Achieving ultra-high aspect ratio cutting. Introducing water jet laser.
Introduction of water jet laser processing technology that enables ultra-high aspect ratio cutting from thin plates. It allows for highly flexible laser processing regardless of the material.
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We have started our laser processing service.
We have started a contract processing service using various lasers that can handle fine processing of difficult-to-cut materials and films that are impossible to machine.
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Introduction to the PQ8 Series of High Purity Fused Quartz Manufactured Overseas
Introducing the PQ series of high-purity fused quartz, which offers equivalent domestic grade and overwhelming cost performance.
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Ceramics for press molds, manufactured by Japan Tungsten Co., Ltd. "NPZ-28"
Reduction of mold regrinding labor and extension of mold parts lifespan. This is a ceramic that achieves reduced running costs for mold production and high efficiency.
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Laser Processing Case Study 3: Introduction to Hole Processing in Ceramics
I would like to introduce examples of hole processing in alumina and SUS.
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Rich experience in ion implantation. Here is an introduction to carbon processed products.
High-purity carbon is used extensively in the ion implantation process of semiconductor manufacturing, which requires high purity. Here is an introduction to high-purity carbon.
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Introduction to material cutting technology. We can cut any difficult-to-machine materials and accept contract processing.
We can cut various materials with high precision, including various ceramics, quartz glass, glass epoxy, and various polyimide materials. We accept contract processing.
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Laser Processing Examples: 2. Introduction to Fine Hole Processing on Various Metals
We will introduce examples of micro-hole processing in copper, molybdenum, and platinum.
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Introducing ceramics for high-purity setters.
V grooves, flat shapes, and other shapes are also available. This is an introduction to ceramic setters. They can be used even in firing processes that dislike impurities.
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Ideal for fuel cell thermal processing! It's the ceramics setter N-99PM.
V grooves, flat shapes, and other shapes are also available. This is an introduction to ceramic setters. They are also used in the thermal processing of fuel cells.
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Laser Processing Example 1: Introduction to Fine Hole Processing on Various Types of Glass
Achieving fine processing with lasers, which are considered difficult to work with on glass. We will introduce examples of processing with various types of glass.
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Introduction to Ceramic 3D Printers
Ceramics can now be manufactured using 3D printers that utilize light curing technology. Complex shapes that were previously impossible can now be achieved.
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Achieving strength that surpasses sapphire! Introducing high-strength alumina.
High-purity alumina ceramics that achieve a Young's modulus equivalent to that of sapphire with over 20% greater strength. Ideal for semiconductor manufacturing equipment.
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