Injection Molding Machine for PVC Pipe Fittings -- YIZUMI UN260A6 Intelligent Energy Saving Servo Injection Molding Machine

Yizumi A6 Energy Saving injection molding machine

Pipe Fittings Injection Automation Solutions

UN260A6 -- Yizumi A6 Series Energy Saving Servo Injection Molding Machine

Why to Choose YIZUMI UN260A6 Energy Saving Servo Injection Molding Machine for the 16 Cavities PVC Pipe Fittings Production?

The UN260A6 is a new generation of energy saving servo injection molding machine produced by Yizumi Machinery with a clamping force of 2600kN targeting the Next-generation of intelligent injection molding. As an intelligent injection molding machine chosen for PVC pipe fittings injection molding, the YIZUMI UN260A6 has the below features:

Intelligence
- Intelligent mold opening
- Intelligent clamping force management system
- Preventive monitoring and maintenance system for key components
- Intelligent energy management system
Precision
- Dual pressure-center platens
- Integral dual-layer support for injection unit
- Proportional valves for mold opening and closing standard for all models
- high-mixing dual-alloy plasticizing components for all models
- Closed-loop oil temperature control
Green
- Low-Inertia electric pre-plasticizing -- electric plasticizing for greater energy saving
- Green plasticizing function -- more energy-saving plasticizing
- Fully enclosed aerogel insulation device
- New energy-eficient hydraulic system
- New generation servo drive with energy recovery
Efficiency
- Parallel electric plasticizing
- Upgraded injection unit for improved efficiency
- Improved dry cycle

The Dimension of Yizumi UN260A6 Intelligent Energy Saving Servo Injection Molding Machine

Yizumi A6 Energy Saving Servo injection molding machine

Unit: mm

The Platen Size of Yizumi UN260A6 Intelligent Energy Saving Servo Injection Molding Machine

Unit: mm

What's New of the 16 Cavities PVC Pipe Fittings Injection Automation Solutions?

Different from the traditional PVC pipe fittings injection molding solutions to have the PVC pipe fittings seperated from the runner with air nippers outside the mold, the new solution is to have a submarine gate mold design of which the PVC pipe fittings would be seperated from the runner immediately after mold opening.

The EOAT of the robotic arms designed for the new solution is also different from the traditional parts clipping but a hopper to collect the pipe fittings ejected and cliper only for the runner picking. The air nipper outside is only for the purpose of cutting the runner samller for a faster recycling of the pipe fittings runners.

With the advancement of the new pipe fittings injection molding technology, SWITEK is providing custom made "Just do it" automation solutions of PVC/PPR pipe fittings injection automation solutions to producers around the world.

Best Buy Robotic Arm for Injection Molding Machine

SW6712DS-20

Unit: mm

X1	X2	X3	X4	Y	YM1	YM2	Z	L	W	H	Payload
1025	840	0	0	1200	475	725	2000	3020	1610	2050	8kg

The Application of End of Robotic Arm Tooling

EOAT Assembly Demonstration -- One Cavity Instrument Panel Picking EOAT

One Cavity Instrument Panel Picking EOAT

Product Descriptions

This EOAT is for One Cavity Instrument Panel Picking;
EOAT Function: Instrument Panel Picking and Runner Cutting;
Non-marking Suction Cups and Softer Rubber Pad Interface Clamp Application;
Number of Runner: 11
The Gross Weight of the EOAT Seet is about 25kg.

Q & A About Robotic Arms and Injection Automation

YIZUMI P350 or P380K3, which one would be a better choice for your IML project?

P350 is a high speed injection molding machine designed for thin-wall containers while P380K3 is the third generation of high speed injection molding machine by YIZUMI designed for thin-wall containers. With 30 Tons more in clamping force, does it mean that P380K3 will compatible to the molds designed according to the parameters of P350?

In one just finished IML project we encountered something embrassing. There's one mold designed according to the parameter of YIZUMI P350, and we have a P380K3 in our system testing workshop, but when the mold received we find that the mold thinkness exceeded the max mold thickness of the P380K3. After double check the parameters of both the injection molding machine we found that Mold thickness allowed for P350 is 300~750mm while the mold thickness for P380K3 is only 250~650mm. And the Max Daylight of P380K3 is 160mm less than P350.

Then how to choose between, which one would be a better choice for your IML project? It would be depends on the size of the parts of which you're producing. For smaller container 30 Tons more clamping force with 160mm less max daylight means that the injection molding machine will have a less mold Open/Close time and result in a higher productivity while for larger size containers P350 will allow you to install a thicker mold, it would be more friendly to an IML project of deep cavity containers.

For more insights of the cutting edge IML technology please feel free to contact Adams from SWITEK, your personal consultant of IML Solutions.