Blog
Blog
We would like to introduce our "blog."
91～118 item / All 118 items
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What is a planetary gear? 3 key points even new employees can understand [Speed Increase & Reverse]
The key to control is "where to move and where to stop" — the true capabilities of the planetary mechanism.
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What is a planetary gear? Two key points that even new employees can understand [Structure and Principle]
The order in which power is transmitted and the mechanism of deceleration—understanding the "structure" changes your perspective.
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Planetary Gear: Key Points for New Employees 1 [Purpose and Features]
The reason why the reducer fits compactly is explained by the planetary gear.
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The new high-rigidity, short-lead-time reduction gear "UXIMO" is now available from Nissei!
"High rigidity × hollow × short delivery time" - that is the strength of UXIMO.
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Will it get scratched during inspection!? The reality of tough pitch copper 'ultra-fine processing'
Achieving a surface roughness of Ra0.1 with copper. What lies ahead is "technology" and "trust."
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Leave the bending processing of steel pipes and round iron bars to us! We will propose the optimal method according to your conditions.
"Not whether it can be bent, but how it can be bent." The processing method changes depending on the conditions.
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Preventing recurrence and improving starts with "Why?" — Five questions to strengthen your thinking skills.
The misalignment of measures is due to the shallow exploration of the causes. By repeatedly asking questions, the essence becomes clear.
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You can't see it in the equipment list—"live information" creates cost advantages.
Knowing the strengths and weaknesses of manufacturers is the strength of Bandai.
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Can 'beautiful' and 'cheap' coexist? The professional craftsmanship behind canned products.
Is spot welding insufficient? The option of "auxiliary TIG" that proved effective in the can manufacturing field.
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3-axis and 5-axis machining selection criteria are the optimization of "shape" and "cost."
Simultaneous 5-axis, indexed 5-axis, 3-axis — what influences machining accuracy, man-hours, and costs is the "selection eye."
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Is it really possible with machining? The reality of selection changes with drawings and processing equipment.
Processing that can be done with 3 axes, and processing that is difficult without 5 axes. Recognizing that difference requires "understanding of the equipment" and "the eyes of the site."
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Many major agricultural machinery manufacturers are hiring. A specialized system for leaf springs ensures stable supply.
From mold to heat treatment, everything is completed in-house. That's why both quality and delivery times are consistent.
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A rare "hand-bent spring" craftsman is still active! What is the reason why Bandai is chosen?
The reason why spring manufacturers across the country rely on us is that our "hand-winding technology" is alive and well.
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The answer is not far away, but close by. The birth story of the "Processing Network."
If you can't find it even after searching, try relying on "connections."
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Localities have strengths. The true nature of the processing network that wins in price competition.
The reason for the low prices lies in the regions. A processing network that supports the front line of price competition.
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A processing company known for its finishing faced challenges in the railway vehicle sector.
Quality assessment is determined by "who will use it" — the importance of understanding the application.
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From observation to full-scale request. The journey with the vehicle manufacturer!
First, let's start with "taking a look." A challenge in processing products for vehicles.
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To shave or to stack. The key to selection lies in 'material loss' and 'reading the drawings.'
Both 3D printers and cutting tools—what can be utilized is the ability to read blueprints, or "keen eyesight."
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High intensity × high precision × complex shapes - What is the power of METALX?
Materials, layering, strength design――here is how to utilize shaping technology.
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Instead of super hard, spray super hard - the "another answer" you didn't know.
What is necessary is not "high hardness," but "high strategy." The way to use the technology of ultra-hard thermal spraying.
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What is carbide? The "processing risks" and the options that emerged during the in-house study session.
Knowledge reduces risks and increases options—lessons learned from carbide.
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What are the characteristics and roles of hardening, tempering, annealing, and normalizing?
Introducing four basic patterns of heat treatment that bring out the properties of iron in a blog!
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What is the toughness that is lost when hardness is increased?
Hardness can be rephrased as surface strength, while toughness can be described as strength against impact.
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What is heat treatment? What is it done for?
A processing method that utilizes heat! We will explain it clearly based on the example of gears.
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Everything is written on the blueprint. But the day came when I was asked, 'Did you really read it properly?'
Insufficient verification is a pitfall for professionals. Questioning the "obvious" leads to quality.
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φ2×copper material = difficult to process. What is the reason that the material properties raise the hurdle?
High precision, fine, copper material. The moment they are assembled, the difficulty of processing skyrockets.
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Is the geometric tolerance too strict!? The role of connecting the "discrepancy" between drawing and processing.
The ideal of design and the reality of processing. Between them, there is Bandai.
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Don't get confused by bearing model symbols! Proposal for translation services.
Deciphering bearing model types and symbols is entrusted to Bandai. Prevent procurement mistakes with part number translation!
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