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Digital Transformation
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HUI-JING ELECTRONIC CO., LTD.
Product Description :
Square Wave Type:
Product Features:
Output Mode: Line Drive
Signal Resolution Multiplier: 1, 4, 8, 32, 128~256
Output Pulse Count = Gear Teeth Count x Signal Resolution Multiplier
Voltage: 5V
Protection Level: IP68
Sine Wave Type:
Output Mode: Line Drive
Signal Resolution Multiplier: 1VPP (Sine Wave)
Voltage: 5V
Protection Level: IP68
MAHO ENTERPRISE CO., LTD.
Product Description :
Pneumatic tapping machine is suitable for different size taps (from M2 to M27). The arm is equipped with lubricated for life bearings at all swivel points, provides weightless operation through the use of gas counter balance springs and permits the operator to bring the tap to the hole with ease.
SING CHIUN ENTERPRISE CO.,LTD.
Product Description :
Product categories include:
(1) UL WATERPROOF NYLON POWER
DISTRIBUTION HOSE
(2) STAINLESS WIRE BRADING CORRUGATED
NYLON TUBES
(3) NYLON TUBE QUICK CONNECTOR( Plastic steel )
(4) MS-PLUG/CONNECTORS ADAPTER( Plastic steel )
(5) NYLON TUBE COMPRESSION JOINT
(6) UL NYLON TUBE QUICK CONNECTORS ( Plastic
steel )
(7) UL MS-PLUG/CONNECTORS ADAPTER ( Plastic
steel )
(8) 2 1/2" NYLON TUBE CONNECTOR ( Plastic steel )
(9) NYLON TUBE QUICK CONNECTOR ( Simple type -
no waterproof )
ADLEE POWERTRONIC CO., LTD.
Product Description :
Product applications:
Surface grinding machine、Internal & External grinder、CNC lathe machine、CNC milling machine, etc.
Adlee manufactures V3 class of AC spindle motor. The motion of AC induction motor makes great performance and this special design for milling machine spindle.
1. V3 class spindle motor.
2. 3 phase AC induction motor has extra low vibration performance.
3. Efficiency conforms to IEC 60034-30 IE3 standards IEC motor.
4. IEC motor specifically designs for grinding machine and low vibration applications.
5. Power range is from 1HP to 20HP.
SIEMENS LTD., TAICHUNG BRANCH OFFICE
Product Description :
Optimizing the machining process using real-time data
Machine tool users incur unnecessary costs as a result of tool breakages, unexpected surface quality anomalies, cutting tools being replaced too early, and longer non-productive machining times. Do you know how to avoid these pitfalls and save money by leveraging your real-time cutting data?
