The automatic linear motion of workpiece is realized with the aid of motor drive. Through the combination of multi-directional axes, the motion actuator on the equipment is composed. This mechanism is regularly called: industrial manipulator, XYZ axis manipulator, coordinate axis sliding table, and many others

The blessings of the product are easy set up and maintenance. Easy transformation into a multi-axis robot, excessive precision, real stability, low noise, preferential price, excessive reliability, smooth operation, excessive durability, customized designs available for different application.

Lightweight design: mild weight and small inertia. When the linear module is running, the acceleration and deceleration response is fast, and the noise reduction and mute impact are achieved.

High rigidity material to make sure high straightness. The sliding block of the linear module and the guide rail are matched with zero clearance to make sure a clean and silent height.

Upgraded bearing support model: Bearing support model, matching plum coupling, the module is greater secure and does now no longer shake in the route of operation.

Single axis robots make use of a combination of a motor pushed ball screw or belt and linear guideway system. These compact and light-weight devices are customizable and can be easily modified into a multi-axis system, making them fantastic for a wide vary of industrial applications.

Linear modules can be hooked up in accordance to every and every customer requirements. Its main motion way is to control the motor which connected with couplings and ball screw to move by CNC system. So it can cross the sliding motion table straightly that's to say cross from the front to back. Under one of a type environments and technical requirements, several linear modules can be composed and jointed to be 1 set robotic arm to meet client's demand. For example: Glue Dispensing machine, industry, meals machinery, ceramic machinery, welding machinery, spraying equipment, lifting platform, the dynamic seats, press machine, etc. With the development of intelligent manufacturing technology, linear modules will be broadly used in a quantity of areas.

Linear modules can be installed according to every customer requirements.Its major motion way is to control the motor which connected with couplings and ball screw to move by CNC system. So it can move the sliding motion table straightly that is to say go from front to back.
Under different environments and technical requirements, several linear modules can be composed and jointed to be 1 set robot arm to meet client's demand. For example: Glue Dispensing machine, industry, meals machinery, ceramic machinery, welding machinery, spraying equipment, lifting platform, the dynamic seats, press machine, etc. With the development of smart manufacturing technology, linear modules will be widely used in a range of areas.

Linear module is additionally acknowledged as linear guide rail, rectangular coordinate robot, linear slide table, etc, which is composed of linear guide rail, ball screw, belt,gear and rack and other linear transmission mechanism of automation unit. The linear and curved movement of the load can be assembled thru the mixture of single or more than one units, which makes the automation gear greater flexible, more convenient in design and greater correct in positioning.

Our product precision linear stage GZS90K, the basic configuration is screw 1605+ diameter 16 optical axis, horizontal load 30kg, vertical load 20kg.

Up to now, linear stage has been widely used in a variety of equipment. It can be divided into two types: synchronous belt type and ball screw type. Ball screw type linear sliding table is mainly composed of: ball screw, linear guide rail, aluminum alloy profiles, ball screw assist seat, coupling, motor seat.

Precision linear stage beautiful appearance, reasonable design, good rigidity, reliable performance, is the combination of machine tools and automatic line of the ideal basic power components, dynamic overall performance is good, slide table high stiffness, small thermal deformation, high feed stability, so as to ensure the processing state (under load) of the actual accuracy.

Laser cutting machine, PV back sheet slicing engraving machine,transportation mechanical arm, assistant device, Electric research take a seem to be at function demonstration, kinds of industrail automatic production line, sorts of precision equipment processing.

Industry automation for semiconductor device, LED online device, photo voltaic equipment, FPD equipment.

Linear actuators are rigid and compact, ball screw pushed linear units, enabling immoderate positioning accuracy and repeatability in all approach phases with greatest overall overall performance assured.

A precision linear stage, or linear translation stage is a positioning machine offering linear motion with high accuracy and minimized runout errors. Motorized linear translation stages with high resolution and movement constancy are critical to the success of industrial and scientific functions from beamline constructions to semiconductor manufacturing and photonics instrumentation.

Single axis stage combines both ballscrew and guideway to achieve better overall performance on accuracy,stiffness, rapid installation, and space saving. The optimized U-rail not only guides the movement of the slider being pushed by the ballscrew, but also can be used as a structural component when assembled into a multi-axis motion system.

Single-axis robots, also called single-axis linear modules, electric powered sliding tables, etc., which is one kind of mechanical structure that can provide linear motion, and can complete more complex duties via combination. The completion of the specified work also shows that the single-axis robot has developed very mature.

Fast positioning velocity does not imply that the positioning accuracy of the linear module is affected. The linear module will increase the velocity whilst the positioning accuracy is in addition improved. At the same time, repeated positioning can also be accurate. For parts that require multiple operations There is no need to make corrections and errors can be avoided. The linear module has a variety of models to choose from, which is easy to use, and there is no need to correct itself and the product in a short time. Ball screw linear module has a strong advantage in repeat positioning accuracy. It is widely used in modern laser industry, cutting industry, etc.

Linear modules can be installed according to each purchaser requirements.Its major movement way is to manipulate the motor which connected with couplings and ball screw to go by way of potential of CNC system. So it can go the sliding movement table straightly that is to say go from front to back.

Under distinctive environments and technical requirements, various linear modules can be composed and jointed to be 1 set robot arm to meet client's demand. For example: Glue Dispensing machine, industry, meals machinery, ceramic machinery, welding machinery, spraying equipment, lifting platform, the dynamic seats, press machine, etc. With the development of clever manufacturing technology, linear modules will be greatly used in a vary of areas.