Goal Tech linear rotary motors are designed to generate two very different types of motion using only one motor within a single housing. The motor's design, along with the programmable controller, allows for large variations in motion. The motor is designed to handle high speeds, turning, and large forces during operation. Our force control within the motor is one of the product's greatest strengths, allowing the motor to work with expensive, fragile components and to bond these components using precise forces that are harmless to the product. In addition to sensitive force control, the motor also operates at a microscopic level of precision, meaning that displacement or deviation occurs virtually no matter how it is moved or placed.
Semiconductors
Modern electronics manufacturing must be able to handle frequent product changes and upgrades. Goal Tech's innovative solutions using motors and control technology enable efficient implementation of production and delivery applications. Current PCBs or electronic processing chips require complex processes for assembly, binding, welding, laser cutting, and wiring, among others. This also means that parts must be constantly moving, a problem our motors easily solve. The motors can be programmed to move in any way in multiple directions without deviating from the desired position. This precision and speed result in perfect products, high-speed production, and full automation.
◆ Harvesting and Placement
◆ Semiconductor processing
◆ Semiconductor Assembly
◆ Semiconductor Packaging
Consumer electronics assembly
Modern mobile phone manufacturing and assembly demand a high degree of flexibility and reliability from motors. As technology improves, the design and manufacturing processes become more challenging. One major difficulty is the size of the components; parts such as phone cameras are very small, requiring manual handling and must be connected at the correct angles and positions to function properly. GoalTech motors are among the few that meet these requirements due to their small size, precise configuration, and ease of control to deliver the necessary force.
◆ Selecting and placing modules
◆ Precision pressing
◆ Camera positioning
◆ Lighting Positioning
| Medical field
Linear, rotary, or linear-rotary motors have a wide range of applications in the medical and pharmaceutical fields. For tasks such as handling blood samples, counting, and filling pills or packaging medications, GoalTech motors offer a high level of dynamics and accuracy.
◆ Processing
◆ Loading and unloading
◆ Selection and Placement
◆ Insert
| Cover and tighten
A common component of most manufacturing or assembly processes, though simple, involves installing caps and screws. This process, while inherently simple, has historically been time-consuming because it involves first placing the cap or screw from a motor or sometimes by hand, and then the screw's movement is accomplished by another. Now, with Goal Tech's linear rotary motor, both movements are combined and can be completed instantly by a single motor. The linear rotary motor can be programmed to pick up the cap or screw, place it in place, and install it—all in one motion. Our new motor will help many manufacturers and companies save time, increase efficiency, and boost revenue.
◆ Cardboard box packaging
◆ Uninstall
◆ Sealing
◆ Tags
◆ Twist
Testing and Quality Control
Companies from many different sectors undergo product testing before being allowed into the market to ensure only the best products are sold. Goal Tech motors can provide this quality control because they can repeat various movements at very high speeds to ensure products can withstand strain. Touchscreen phones require continuous tapping of every part of the screen, mimicking a human finger, to ensure no deflection before leaving the factory. Because our motors rotate linearly, they can also simulate rolling, zooming, sliding, and other required movements. Many other products require continuous force or stretching of materials to pass quality control, tasks our motors handle with ease.
◆ Transfer System
◆ Selecting and placing modules
◆ Stacking
◆ Precision pressing
◆ Quality Assurance
◆ Inspection System
