Core Drives for Efficient Ring Conveyor Lines

Functions and Features of Ring Linear Motor
Ring linear motor is a device that directly converts electrical energy into ring motion, and its core functions include:
Ring-shaped motion: the actuator is driven by electromagnetic force to move on the ring-shaped track, realizing contactless and frictionless ring-shaped conveying.
High-precision positioning: the ring linear motor adopts closed-loop control system, which can realize high-precision positioning, and the positioning accuracy can reach ±0.1mm.
High-speed movement: ring linear motor with fast response speed and high acceleration can realize high-speed ring movement, the highest speed can reach several meters per second.
Non-contact transmission: the ring linear motor adopts non-contact transmission mode, which reduces mechanical wear and prolongs service life, and also reduces maintenance cost.

Ring Linear Motor Schematic

Application Areas

Ring linear motors are widely used in the following fields:
Automation production line: Used in ring conveyor line to realize fast and accurate transportation of materials.
Electronic manufacturing: used for circular conveying and testing of PCB boards and electronic components.
Food Packaging: Used for annular conveying and packaging of food and beverage.
Medical equipment: used for medical testing equipment, drug conveying system, etc.

Schematic diagram of ring conveyor line

Our ring linear motor solutions have significant advantages in automated production lines, electronics manufacturing, food packaging, and medical equipment, and can meet the diverse needs of our customers by providing high-performance, highly reliable products and services. Whether it's high-speed annular conveying, high-precision inspection, or contactless transmission, our solutions bring our customers higher productivity and better product quality.

Solutions
We provide customers with comprehensive ring linear motor solutions, covering ring conveyor line, ring inspection line and other application scenarios, specific solutions include:
1.Ring conveyor line solution:
High-precision ring linear motors: Adopt high-precision ring linear motors to realize contactless and frictionless ring conveying.
High speed movement: ring linear motor has fast response speed and high acceleration to improve production efficiency.
High stability: The ring track adopts high rigidity material to ensure the long-term stable operation of the equipment.
2.Ring inspection line solution:
High-precision positioning: The ring linear motor realizes high-precision positioning to ensure the accuracy of inspection results.
High speed movement: ring linear motor has fast response speed and high acceleration to improve the inspection efficiency.
Non-contact transmission: reduce mechanical wear and tear, prolong the service life of the equipment and reduce maintenance costs.

Advantages

Our ring linear motor solution has the following advantages:
High precision: ring linear motor realizes high-precision positioning to meet the demand of high-precision processing and inspection.
High-speed movement: ring linear motors have fast response speed and high acceleration to improve productivity.
High Stability: The ring track adopts high rigidity material to ensure the long-term stable operation of the equipment.
Non-contact transmission: reduce mechanical wear and tear, prolong the service life of the equipment and reduce maintenance costs.

Selling points and unique advantages
Leading technology: the core technology of annular linear motor developed independently ensures that the product performance is ahead of the industry level.
Cost-effective: while ensuring high performance, provide competitive prices to create greater value for customers.
One-stop service: Provide one-stop solution from design, manufacturing to after-sales service to ensure that customers have no worries.
Rapid response: Provide rapid response technical support and after-sales service to ensure that the customer's equipment is quickly put into use and long-term stable operation.