The SW7115DS is a high speed 3 axis servo IML robot designed for the integration of top entry IML robot for buckets. With a working arms of 15kg payload and 1500mm working stroke, the SW7115DS is suitable for a top entry IML robot with injection molding machine from 450 ~ 750T, a top entry IML system for the IML production of buckets up to 20L. As a custom made IML robot for top entry IML system, the features of the SW7115DS include but not limited to:

• High Productivity -- With a dry cycle time of only 6s, the SW7115DS IML robot will help to maximize the productivity of the IML system
• Price Smart -- A top entry IML system have overwhelm price advantage against the side entry IML robot for large size containers IML production.
• Easy Programming and Operating -- Based on the control system of a 3 axis servo robotic arm, the operating and programming of the top Entry IML system with the SW7115DS high speed IML robot is much easier than that of an IML system programmed by PLC. Will help to reduce the system start up cost.
• Reliable and Easy Maintenance -- Driven by Panasonic and main components of globally renowned brand, the SW7115DS is an IML robot of reliable and easy maintenance.

Top Entry IML Robot for 20L Paint Buckets

No.	Name	SW7115DS
1	X1	1170mm
2	X2	840mm
3	Y	1500mm
4	Z	2000mm
5	YM1	535mm
6	YM2	965mm
7	W	1626mm
8	L	2860mm
9	H	1986mm
10	Hs	680mm
11	Payload/kgs	15kg

A top entry IML system for buckets or other containers will have two functional units:

1. A 3 axis servo IML robot for the inserting of the IML label and picking out the IML buckets or other IML containers from the injection molding machine.
2. The magazine of which the IML labels stored and feeding to the IML robot.

So in preparation of a top entry IML system for the buckets and other containers we'll need to prepare for the:

1. The expected monthly output of the IML containers.
2. The detailed parameters of the injection molding machine for this projects.
3. The dimensional drawing of the containers to be IML produced by the system.
4. The 3D drawing of the mold for the buckets.
5. The layout drawing of the workshop, especially the height of the workshop to ensure that the height of the workshop is sufficient for the top entry IML system.