Theme
Digital Transformation
Green Transformation
ADLEE POWERTRONIC CO., LTD.
Product Description :
Product applications:
Internal & External grinder 、Conveying equipment、Coffee roasting equipment、Centrifugal equipment、Polishing equipment、Emulsifying machine、Glass edge grinder、Auto polisher grinder, etc.
Brushless DC Motor
1. Minimize EMI and maintenance free. Low noise.
2. Specialized design to have smooth shaft rotation and improved reliability.
3. Brushless DC motor is light weight and compact size, higher power density, higher torque density and higher efficiency than conventional motors.
4. The structure has an excellent behavior in energy saving during heavy load operation. The high efficiency range is much wider than other motors too.
5. Built-in NTC thermal resistor to prevent over heat problem.
AC Driver
1. Available for all control interfaces, ex. RS 485, direct signal, PLC, HMI.
2. Convenient 220VAC driver power input from 60W. No more 24VDC power supply.
3. Built-in 24VDC mechanical brake control power.
4. Real motor speed display and signal output.
5. Panel control is always enabled with removed control or terminal control or RS485 control. Convenient for system set up or maintenance.
6. Excellent speed stability. Open loop and close loop speed control for selection.
7. With 0~5VDC, 0~10VDC and 4~20mA speed analog input.
8. Over current / heat / voltage, electric motor lock protection.
HC FENG CO., LTD.
Product Description :
FOODIE (Chip/Sludge Removal Machine) works for :
Filtration/Removal of excess components
Chip/Sludge Removal
Fine Chip Removal
No downtime
No consumables
Backwater automatically & simultaneously
Air pressure drive w/o a plug
Vertically fast filter drying up to 90% efficiency
Precision filters effective up 20% for super filtration micro-fines
Easy to move
Filter accuracy can be adjusted
Extend cutting fluid life
HOMGE MACHINERY IND. CO., LTD.
Product Description :
1) Patented stud bolt seat design can efficiently calibrate the clamping center.
2) It is recommended to operate with a Master Plate on a five-axis machine.
3) Compatible with Robotic Arms.
Product Data:
1.Vise body is made of High quality Steel (S50C) and its slideways gone through high-frequency hardening to achieve HRC50, which makes the whole part durable.
2.Detachable jaws are made of High quality Tool Steel (SCM440) and gone through carburizing to achieve HRC55. Since both sides are fixed size and able to be used as a datum, users can reverse them to increase clamping range.
3.The vise's clamping force can achieve 1300KG, the repeatability positioning precision of its clamping center is within ±0.02mm.
4.Users can calibrate the clamping center of vise by adjusting the screws on both ends.
5.The 45° dovetail structure with teeth on the upper jaw ensures the bottom of the workpiece to be firmly clamped.
6.Applications: precision machining of four-axis, five-axis, CNC indexing table and vertical and horizontal CNC milling machines.
YEONG CHIN MACHINERY INDUSTRIES CO., LTD.
Product Description :
Most Popular High Performance NSV106AS is well suited for superior surface finishing works, specially in automotive, job shop and electronics industries. ￭ Large delta machine column and base ensure the highest stability during high speed movement￭ High precision roller type guideways on all 3 axes￭ High precision linear guideway with 6 slide blocks on X-axis￭ High performance YCM in-house designed spindle with low vibration to achieve excellent finish
HEIDENHAIN CO., LTD. (TAIWAN)
Product Description :
Angle encoders for rotary and tilting axes are indispensable for machine tools on which high positioning accuracy and a high machining rate are essential. Because angle encoder measure angular motion of the axis directly and immediately. Mechanical transfer elements therefore have no influence on position measurement, both kinematics errors and the influences of forces are measured by the angle encoder and considered in the position control loop. This can eliminate a number of potential error sources: Gear errors, reversal error, errors due to deformation of the drive mechanics by machining forces.
