Large NC lathe machining

Large NC lathe machining
Our company owns a total of 16 NC lathe machining machines, allowing us to handle workpieces of various sizes. We specialize in processing diameters around Φ500, but we can assist customers across various industries with a wide range of possible sizes and materials.
31~48 item / All 48 items
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[Processing Technology Column] Repeated prototyping is extremely important in new product development.
What can be learned through prototype development in product development! Introducing the process leading up to the creation of prototypes in product development.
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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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Processing Example: "Copper Lathe Processing Φ110"
Introduction of high-difficulty copper lathe processing examples. For 5-axis machining, lathe processing, large NC lathe processing, and machining, please leave it to us!
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Processing Example: "Lathe Machining of Cast Brass BC6 with a Diameter of 100mm"
Introduction of machining examples for cast brass (alloy). Leave it to us for 5-axis machining, lathe machining, large NC lathe machining, and mechanical processing!
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Lathe machining case | Machining from SUS304 pipe *Aerospace-related parts
Introduction of turning processing examples for SUS304. Proven results in the aerospace industry! For 5-axis machining, turning processing, large NC lathe processing, and machining, please leave it to us.
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Machining Example: "Turning from SUS304 Round Bar"
Introduction of machining examples for SUS304. If the size is large and you have been turned away by other companies... leave it to us!
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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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