Injection Molding Machine for PVC Elbow Pipe Fittings -- SOUND UN300-EPIII Energy Saving Servo Injection Molding Machine

SOUND Servo Energy Saving injection molding machine

Pipe Fittings Injection Automation Solutions

UN300-EPIII -- Sound Energy-Saving Servo Injection Molding Machine

How to Prepare an Elbow PVC Pipe Fittings Injection Molding Project With Sound UN300-EPIII Injection Molding Machine?

The UN300-EPIII energy-saving servo injection molding machine is one of the best buy machine produced by ZheJiang Sound Machinery Manufacture Co., Ltd. established in 1955, one of the earliest producers of plastic injection molding machine in China. With a clamping force of 3000kN, UN300-EPIII energy-saving injection molding machine is one of the best choice for the project of 16 cavities φ21mm elbow PVC pipe fittings injection molding. As a 3^rd generation of high efficiency precision injection molding machine, the UN300-EPIII has below advantages:

Free choice of injection unit with a variety of screw type for different materials.
The new optimized 5-point dual toggle clamping unit for non-stop 24 x 7 high speed and high pressure working.
High efficiency servo driving technology ensures the productivity of the injection molding machine with a reduced cycle time.
Intelligent control system with seamless integration of the SPC quality control.

The Platen Dimension of Sound UN300-EPIII Energy Saving Servo Injection Molding Machine

Sound Energy Saving Servo injection molding machine

Unit: mm

What's the Working Process of PVC Elbow Pipe Fittings Injection Molding System?

The φ25mm elbow PVC pipe fittings is one of the largest quantity pipe fittings in a drainage system but easy produced. The production process of the PVC elbow include injection molding, robotic arm picking and runner cutting with air nipper. In planning of a PVC elbow pipe fittings injection molding system what to take is the selection of the injection molding machine with sufficient injection capacity and a robotic arm with sufficient payload.

How is 16 Cavities Elbow Pipe Fittings Injection Molding System Working?

In the video the PVC Elbow pipe fittings are picked by a SW6712S 3 axis servo robotic arm with the runner cut by a 4 air nippers pipe runner cutting system. It's an economic solution of PVC pipe fittings injection molding production. For more complex solutions of pipe fittings production please contact bloger for a turn-key soslution of PVC/PPR pipe fittings injection molding.

Best Buy Robotic Arm for Injection Molding Machine

SW257C

Unit: mm

X1	X2	X3	X4	Y	YM1	YM2	Z	L	W	H	Payload
300	100	0	0	695	215	480	-45°~+45°	650	650	1450	2kg

The Application of End of Robotic Arm Tooling

EOAT Assembly Demonstration -- One Cavity Car Threshold Strip Picking EOAT

One Cavity Car Threshold Strip Picking EOAT

Product Descriptions

This EOAT is for One Cavity Car Threshold Strip Picking;
EOAT Function: Car Threshold Strip Picking and Runner Cutting;
Injection Molding Machine Clamping Force: 2700T;
Number of Runner: 14
The Gross Weight of the EOAT Seet is about 80kg.

Q & A About Robotic Arms and Injection Automation

How to Plan An IML Automation Solutions of IML Cups for Yogurt with Vision Control and Packing?

To be the supplier of IML Yogurt cups for the dairy producers now in China is not an easy job, the strict standard of "Biotic Pollution Free" make it a basic requirement to have a system of IML cups production system which will have the vision control system and the packing system integrated. Only with an IML solution of this kind will ensure that the IML cups would be "Biotic pollution free" to ensure thee food safety.

8 Cavities Yogurt Cups Side EEntry IML Solutions with Vision Control and Packing

It sounds great right? Yes it's great to have the yogurt cups produced from IML to bag packing automatically with the bad parts rejected automatically. It's an economic solution with the increasing manhours globally for the bulk production of IML containers for dairy products. As an efficient production solution of IML containers, what should the IML containers producer keep in mind while planning such a project?

For an automation system of IML with vision control and packing, the key to note would be:

The Expected Daily Output of the Containers: As a bulk production system, an IML system with vision control and packing is not suitable for samll orders. Each system would be suitable for one products only.
The Mold Drawing: For an IML containers production system, a 3D drawing of the mold is essential for a successful IML project. It could be either .stp or x_t file.
The Details of the Injection Molding Machine: An IML robot would be a custom made one according to the dimension of the injection molding machine and the layout drawing of the mold, the details of the injection molding machine would be very important to an IML project.
The Checking Standard of the Cups: As a vision control system is a "self-study" system so while planning an IML project with vision control it's important to prepare samples of both "good" parts and "bad" parts for the system to "learn" which one to be packed and which one to be rejected.
How Would You Want the Parts to be Packed: It's the key to design the packing system for the IML cups, you should discuss it with the dairy producer and provide the packed sample if possible.

The tips above are some basice notes for an IML system with vision control and packing, for more information about IML solutions please contact Adams from SWITEKE for a ready to work turn-key IML solutions.