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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
HYDEX MACHINERY INDUSTRIAL CO., LTD.
製品の説明 :
The roller cam consists of an input cam shaft and a roller turret.
The roller cam is designed with rolling contact, featuring high rigidity, high speed, and outstanding durability.
Engagement between the roller and cam are preloaded to fully eliminate backlash that enables the roller and cam to exhibit their ultra-high precision feature.
Besides, with rolling contact to transmit kinetic energy, energy consumption during drive can be dramatically reduced. This enables the roller cam to achieve over 90% of transmission efficiency.
JARNG YEONG ENTERPRISE CO., LTD.
製品の説明 :
This model can work with two axes gantry loader to transform CNC lathe be automation which is in order to accomplish automatic catching single blank material, uploading, unloading and clamping manufacture progress to increase physical labor productivity.
The most advantage is we can stand on the customer’s machining demand to choose the different types of feed stations.
FONGEI INDUSTRY CO., LTD.
製品の説明 :
-It can process various chips created by complex machining.
-Equipped with a filter system for processing cutting fluid with 0.5mm filtrating accuracy.The roller filter screen features a self-cleaning function to ensure the dependability of filtration.
-Equipped with an industry-leading overload protection device the extends the parts service life of the chip conveyor.
INNOSERV FA INC. TAICHUNG BRANCH
製品の説明 :
Micro Dynamics Vertical Machining Center Line opens a new era in multi-purpose and versatile machining centers. Compact, durable, powerful, strong and accurate, the MEGA/TERA Series starts a revolution in the market: the smallest C-frame machines provide powerful and precise results for manufacturers of dies and molds, aerospace, automotive, semi-conductor, job shops and general machine sectors.
The MEGA/TERA Series has been designed with the latest in technology being utilized throughout the machine with productivity in mind. From its EtherNet/IP architecture for easy automation and integration into systems and cells, to its Motion Control for fast and smooth operations used in all industries, the MEGA/TERA Series has quickly become one of the industries leading machine tool lines of Vertical Machining Centers.
The MEGA/TERA Series has been refined through years of research and development of new technologies that greatly enhance the machines for the rigors of the Mold and Die industry.
All series are equipped with
■ 15,000 rpm Built-In Spindle
■ Thermal Compensation (DYPEC)
■ Micro Dynamics HMI
FAIR FRIEND ENTERPRISE CO., LTD.
製品の説明 :
★Gantry type structure
- Designed with a gantry type structure, the Feeler U800-5AX 5-axis machining center has the feature of spacious machining space, allowing large workpiece to be loaded and unloaded with ease. It is also convenient for operator to check the current machining condition at any time.
★U-shaped construction of base and column
-The advanced U-Shape structure significantly increases structural rigidity and machining accuracy.
-X.Y.Z axis rapid traverse rate reach 48m/min.
- Suitable for equipping with a large diameter of rotary table.
★Three axes overlap and separated from two rotary axes
- This design avoids a distance between the machining point and the intersection point of two rotating axes.
- Easy to compensate for the errors of radius on rotating axes and movement on three linear axes to ensure the machine's stability and accuracy.
★Separated design for three axes moving area and machining area
- This design feature not only makes chip removal more convenient, but also enables better chip-prevention capability of the machine.
- The rotaary shaft speed is increased by 800 rpm, which makes the turntable have a high-speed turning function.
ACROW MACHINERY MFG. CO., LTD.
製品の説明 :
For Hard brittle material and micro holing drilling / Toolholder support for coolant function /
Clamping accuracy under 5 micro with the spring collets/ No need for special machine /
Easy to operate and install /
Reducing cutting resistance /
Improve surface roughness