A large caliber that allows no rivals. It greatly expands the freedom and possibilities of design. Custom products are also available.
By creating a large-diameter hollow in the rotor, the torque decreases; however, we have designed it using winding technology and precision assembly technology to maximize the torque. We offer two types of shaft shapes: a shaft with a mounting base (V type) and a shaft with a tapped hole (H type). We will propose or select the most suitable driver for your applications and driving conditions, including pulse input types and AE-LINK (built-in controller) drivers. For more details, please download the catalog or contact us.
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basic information
**Features** - Three standard sizes: 36mm square, 47mm square, and 50mm square → Selectable according to application → The 47mm square size is made to order - Two types of hollow shaft shapes (V and H) available for each size → V type: Shaft with mounting base → H type: Shaft with tapped holes - Achieves a large hollow diameter through unique magnetic circuit design and precision assembly technology - Air tubes, cables, etc., can pass through the hollow section - Mechanism components such as air nozzles, ball screws, and gears can be mounted in the hollow section - Optical components such as lenses, prisms, and small cameras are transformed into high-precision rotating optical components For more details, please download the catalog or contact us.
Price information
For more details, please contact us.
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Applications/Examples of results
[Usage] ○ Ideal for assembling mechanisms that require a drive shaft or hollow structure at the tip of the device due to its small size and lightweight. For further details, please contact us.
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Company information
Asahi Engineering Co., Ltd. is a research and development-oriented company specializing in motor control. By collaborating with high-tech related companies, we anticipate market demands and steadily accumulate know-how. We are advancing diversification step by step, exploring themes for the future, and evolving into a systems engineering company.