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Servo robotlar

Cartesian robot – fixed in-mold axis structure used in insert and part take-out applications.

Robots with fixed in-mold axis structure

Single and double-arm servo robots equipped with a fixed demolding axis design, suitable for injection molding machines ranging from 50 to 450 tons of clamping force.

IML robot - In mould labbeling robot

Robots with movable in-mold axis structure

Servo-driven robots with a movable demolding axis, developed for large-scale injection molding machines with clamping forces of 500 tons and higher.

product take-out robot – high speed CNC servo robot

High speed robots

Servo robots designed for injection molding machines with clamping forces ranging from 50 to 450 tons, capable of achieving cycle times as fast as 4 seconds.

Servo robots are one of the fundamental components of automation in the plastic injection molding industry. As the demand for speed, precision, and repeatability increases in production processes, servo-controlled robot systems have become an essential part of modern injection molding lines. The servo robot solutions offered by Plaslove are designed to operate seamlessly with injection molding machines of different clamping force ranges.

The main advantage of servo robots is that all axes are controlled by servo motors. This enables highly precise, smooth, and repeatable robot movements. Especially in applications where robots are used for injection molding processes, operations such as part removal from the mold, product stacking, and transferring are performed with high accuracy. This improves product quality while significantly reducing scrap rates caused by production errors.

Servo robots, which are also categorized as take-out robots or part removal robots, ensure that molded parts are safely removed from the injection molding machine and accurately placed in the designated area. Reducing the need for manual intervention improves operator safety while supporting continuous production. Thanks to their servo-controlled structure, robot cycle times can be optimized, enabling maximum efficiency in high-volume production processes.

Plaslove servo robot systems are available in different configurations, including fixed demolding axis robots, movable demolding axis robots, and high-speed robot solutions. Fixed demolding axis servo robots provide economical and stable solutions for medium-sized injection molding machines, while movable demolding axis servo robots offer a wider working range and greater flexibility for high-tonnage machines. High-speed servo robots are preferred for applications requiring short cycle times and fast production processes.

Servo robots also provide a suitable infrastructure for IML (In-Mold Labeling) robot applications. In these applications, where high positioning accuracy is required for placing labels inside the mold, servo-driven robot systems deliver reliable results through precise positioning control. Accurate and consistent label placement in IML processes is critical for maintaining product quality.

Servo robots providing automated take-out solutions for injection molding lines help businesses achieve long-term cost advantages by digitalizing production processes. Advantages such as energy efficiency, low maintenance requirements, and long service life are among the key reasons why servo robots are preferred. In addition, in highly automated production lines, monitoring production data and optimizing processes become easier.

Plaslove servo robot solutions feature a customizable structure to meet different industry requirements. Used in various sectors such as plastic injection molding, packaging, automotive, and household appliances, these systems provide flexible and sustainable automation solutions by integrating seamlessly into production lines. With reliable mechanical structures, powerful servo drives, and user-friendly control systems, Plaslove plastic injection molding robots are designed to meet the requirements of modern manufacturing facilities.