Machining process
Machining process
Our company performs machining by rotating tools attached to the spindle of a machining center to carve or cut materials.
31～56 item / All 56 items
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[Processing Technology Column] Leave machining and machining processing to Toyama Seiki Industry.
I will explain the complexity of machining and discuss the benefits of outsourcing machining.
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[Processing Technology Column] NC Turret Lathes, NC Vertical Lathes, NC Horizontal Lathes, etc.
Explain the characteristics and applications of NC turret lathes, NC horizontal lathes, and NC vertical lathes.
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[Processing Technology Column] Copper alloys and aluminum alloys are easy to process and low-cost.
Explanation of criteria for selecting materials for processed products! We accept orders for large NC lathe machining.
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[Processing Technology Column] The production of prototypes is important for speed, cost reduction, and efficiency.
Three elements are important! I will explain the points to be careful about when ordering a prototype.
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[Processing Technology Column] What are the processing methods for metal parts?
Machining, heat treatment, and surface treatment! I will explain the processing methods for metal parts.
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[Processing Technology Column] Reducing work time can lead to cost reduction.
I will explain the costs of cutting processes and discuss methods to reduce costs!
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Processing Technology Column: When choosing a machining contractor, it is important to consider their track record and the adequacy of their equipment.
Explaining the key points for choosing a machining contractor! We will introduce our features and strengths.
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[Φ850 Large NC Lathe × 5-Axis Machining] For large lathe processing, look no further!
For machining with large NC lathes and machining centers, leave it to Toyama Seiki Kogyo!
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Lathe × 5-axis machining case study 'A5052 pharmaceutical manufacturing machine part 1'
Introduction of processing examples using A5052 lathe and 5-axis machining. Extensive experience in the medical device field!
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Lathe × 5-axis machining case study 'A5052 pharmaceutical manufacturing machine parts 2'
Introduction of processing examples using A5052 lathe and 5-axis machining. Extensive experience in the medical device field!
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Turning processing example: "Ductile Cast Iron FCD600 Mold for Power Equipment"
Leave large lathe machining to us! Introducing lathe machining of ductile cast iron FCD600. Examples of molds used in power equipment.
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Large lathe machining of iron and non-ferrous metals (Φ850) - Compatible with copper, aluminum, and plastics.
[Publication of Production Case Materials & VA VE Processing Technology Handbook] We accept machining with a large NC lathe with a maximum diameter of Φ850 and 5-axis machining!
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Manufacturing case of "jigs for semiconductor production" using lathe × machining × anodizing process.
We will introduce a case study of jig manufacturing that includes large lathe machining and machining of Φ450, along with coloring finishing through anodizing treatment.
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A5052 thin-walled processing for aerospace structures
High-precision thin-walled machining technology that supports aircraft manufacturing in the aerospace field.
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[A5052 Thin-Walled Processing for Medical Devices] φ60 t1.2
We achieve lightweight and high-precision processing of medical device enclosures.
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A5052 thin-walled processing for semiconductor manufacturing equipment φ60 t1.2
Ideal for use in a vacuum environment. Contributes to the performance improvement of semiconductor manufacturing equipment through high-precision processing.
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【For communication equipment】A5052 thin-walled processing φ60 t1.2
We contribute to the lightweight and high-precision development of radio wave utilization devices.
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Large NC lathe machining for aerospace engine parts
Leave the machining of aerospace engine parts to us with our Φ850 large NC lathe and 5-axis machining!
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Propeller machining using a Φ850 large NC lathe for shipbuilding.
For propeller machining using large NC lathes and machining centers, leave it to Toyama Seiki Kogyo!
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【For the energy industry】Turbine component machining using a Φ850 large NC lathe.
We solve the challenges of turbine component machining with large NC lathes and 5-axis machining!
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Main spindle processing using a Φ850 large NC lathe for machine tools.
For spindle machining using large NC lathes and machining centers, leave it to Toyama Seiki Kogyo!
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Φ850 Large NC Lathe Processing for Semiconductor Manufacturing Equipment
Leave the large lathe machining of vacuum chambers to Toyama Seiki Kogyo!
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Wheel processing using a Φ850 large NC lathe for railways.
Support for railway vehicle wheel processing with large NC lathes and 5-axis machining!
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Toyama Seiki Kogyo for metal processing and prototyping in Aichi Prefecture | Supporting small, large, and special processing.
For machining with large NC lathes and machining centers, leave it to Otayama Seiki Industry! We provide seamless support from design to delivery.
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Aichi Prefecture | Capable of large lathe machining in the Φ850 class to 5-axis machining.
Capable of handling soft materials like copper and aluminum that are difficult to process. Skilled in large-scale lathe machining and machining, regardless of whether it's iron or non-ferrous metals.
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For large NC lathe machining with a maximum diameter of 850 class and 5-axis machining, contact Toyama Seiki Kogyo.
Supports a wide range of materials such as iron, stainless steel, aluminum, and copper. Based in Aichi Prefecture, we provide support for large lathe processing and 5-axis machining in the Tokai area.
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