展示テーマ
デジタルトランスフォーメーション
グリーントランスフォーメーション
CHAIN HEADWAY CO., LTD
製品の説明 :
Surface Finishing Technologies in Cutting Processes: The Application of Diamond Grinding Brushes
In modern manufacturing, cutting machining is a key method for producing precision components.
However, after cutting, the workpiece surface often exhibits defects such as tool marks and burrs, requiring further surface finishing to meet quality standards.
This article introduces an efficient surface finishing technology — the diamond grinding brush — and explores its applications in cutting processes.
Features of Diamond Grinding Brushes
Diamond grinding brushes use diamond as the abrasive material and have the following notable characteristics:
• High hardness and wear resistance:
Diamond is the hardest known material, enabling diamond grinding brushes to process workpieces of various hardness levels while maintaining long-lasting cutting performance.
• Excellent elasticity and toughness:
The bristles of the grinding brush possess good flexibility and resilience, allowing them to adapt to complex workpiece surfaces and achieve uniform grinding results.
• Controllable grinding effect:
By selecting diamond brushes with different grit sizes, users can perform a full range of surface treatments — from rough to fine finishing — depending on the required surface quality.
The “Eight Diamond Kings” of Diamond Grinding Brushes and Their Functions
The diamond grinding brush series includes multiple shapes and sizes, collectively known as the “Eight Diamond Kings.”
Each type is designed for specific functions and applications:
• Shell-shaped:
Primarily used for deburring and polishing. Features strong, resilient bristles with excellent fatigue resistance.
• Straight Shank:
Used for deburring and polishing applications.
• T-shaped:
Also used for deburring and polishing purposes.
• Ball-shaped:
Although not explicitly described, based on its shape, it is likely suitable for grinding curved or complex surfaces.
• Rod-shaped:
Likely used for grinding narrow areas or internal holes due to its elongated design.
• Plate-shaped:
Produced upon order; typically used for large surface grinding or specialized surface finishing requirements.
• Adjustable:
With an adjustable size design, it may be applied in situations requiring flexible control of the grinding area.
• Disc-shaped:
Commonly used for flat or cylindrical surface grinding applications.
WTO-Werkzeug-Einrichtungen GmbH
製品の説明 :
Do you have high speed applications (milling, drilling, grinding, chamfering and engraving)?
Then, our new WTO CoolSpeed® mini toolholders with rotation speeds from 30,000 to 75,000 RPM will fit right to your applications.
Driven by coolant fluid or air – to be used on almost any machine with minimal investment.
YOKE INDUSTRIAL CORP
製品の説明 :
•Rotates through 360° and pivot 180°, and simultaneously allows lifting from any direction.
•Manufactured from forged alloy steel, quenched and tempered.
•Manufactured and tested in accordance with EN1677-1.
•Load rated parts are 100% magnaflux crack detected.
•Individual forged parts and cap screw are traceable to Test Certification.
•Bolt are Metric thread (ASME / ANSI B18.3.1M).
•Proof tested to 2.5 times the WLL.
•Fatigue rated to 1.5 times the WLL.
•All YOKE Lifting points meet or exceed all the requirements of ASME B30.26.
•Quick and simple assembly, just a tapped hole is required.
HEIDENHAIN CO., LTD. (TAIWAN)
製品の説明 :
Linear encoders are indispensable for machines with high demands regarding positioning accuracy and machining speed. Linear encoders directly and immediately measure the actual position of the feed axis. This makes it possible to eliminate a number of potential error sources: Positioning error due to thermal behavior of the recirculating ball screw
, Reversal error, errors due to deformation of the drive mechanics by machining forces, kinematic errors through pitch error in the recirculating ball screw.
