Linear Motors NK230-1646N fully enclosed Linear XYZ Stage – Linear Stage Manufacturer
MAXWELL (Dongguan) Intelligent Technology Co., Ltd. is a high-level direct-drive motion system solution provider. It is a technological innovation enterprise focusing on the design, research and development, manufacturing, and sales of linear motors and providing related technical consultation and after-sales services. The main products include U-slot ironless linear motors, iron-core linear motors, precision linear motor modules, XYZ and XYZ marble platforms. The company's R&D leaders are composed of core talents from Kollmorgen's R&D team, and can tailor high-end drive platforms according to customer needs to solve customer problems in one stop.
Can be widely used in CNC machine tools, electronic and semiconductor equipment, medical equipment, precision testing instruments, industrial automation, laser industry, semiconductor industry, 3C mobile phone related equipment, panel industry, lithium battery industry, solar industry, printing industry, and logistics transmission system and rail transit, etc.
MK series: It has the characteristics of high thrust density, low snap force, high dynamic response, low installation height, etc., and complies with UL and CE certification.
JKA series: Iron-core linear motor with U-shaped stator structure. It has no suction force between the moving and stator, no cogging force, extremely low speed ripple and excellent high acceleration and deceleration dynamic characteristics. It is suitable for applications of continuous motion and high-precision positioning control. , and comply with CE certification.
NK series linear motor module; low center of gravity, high load, using MK series iron core linear motor, suitable for point-to-point precision positioning and large load applications.
Marble gantry platform: low profile, XY symmetrical structural design and high-rigidity granite base magnetic preload design to improve its stability, with superior geometric characteristics; gantry dual-drive architecture and use of two sets of optical linear encoders for feedback Compensation provides dynamic control and error correction; it is suitable for clean rooms, does not require lubrication and maintenance, and provides high-winding cable management.
Linear motors are a relatively new type of motor, but are already widely used. The use of magnetic levitation reduces wear and tear, which reduces downtime and maintenance frequency. There are many benefits to using linear motors.
They can be widely used in CNC machine tools, electronic and semiconductor equipment, medical equipment, precision testing instruments, industrial automation, laser industry, semiconductor industry, 3C cell phone related equipment, panel industry, lithium battery industry, solar energy industry, printing industry, as well as logistic transmission systems and rail transportation.
Advantages of linear motors include high feed accuracy without the need for a reduction mechanism. They can be used for longer axes and multiple motors can be arranged to operate simultaneously.
Disadvantages include difficulty in controlling interference effects, difficulty in obtaining large thrusts, and difficulty in inspection and maintenance.
In recent years, various technological improvements have reduced the disadvantages of linear motors and efforts are being made to further utilize the features and advantages of linear motors.
In this context, attention has shifted from "high speed" to "high precision," and the use of linear motors in grinders, lathes, and other machine tools is progressing. In addition, since linear motors are driven by electric energy, there is a possibility that linear motors will be used in large hydraulic machines in the future from the viewpoint of environmental protection.
