Electro-Permanent Magnetic Chuck For Plastic Injection Machine

EPPLC Electro-Permanent Magnetic Chuck For Plastic Injection Machine, Magnetic Chuck for Plastic Molding, Quick Mold Change Magnetic Chuck (EPPLC), ELECTRO-PERMANENT MAGNETIC QUICK MOLD CHANGE SYSTEM, Injection Molding Machine Magnetic Chuck

Magnetic Chuck For Plastic Injection Machine – This series magnetic tool, products is used for the manufactory that produces plastic injection produces with Smaller batchs, quicker delivery times and “just in time “delivery force the supplier to more frequent tool/mould change.

High performance
with its high energy magnets the EPPLC system ensure an absolute safe application in injection moulding machines due to a homogeneous and concentrated flux through the base plate of the mould.

Tool control
Very precise control of the tool position and the air gap between back plate and magnetic platen. The induction control system monitors the air gap between mold and magnet. The control ties in to the machine through a defined interface (euromap 70). This makes the systerm safe without any further sensors. Magnetic tools

Stable-safe-reliable
Electropermanent magnetic system, utilizing high energy magnets, will not be affected by electfic power failures. Due to the monoblock-steel-construction the platen shows highest possible rigidity. Modlar designed systerm with limited construction height. Electronic pole-reversing control unit with safety feature. Poles separated with brass, ensuring high wear resistance.

The control-EPPLC – CE
This control is especially designed for the complete magnetizing and demagnetizing cycles of the magnetic platen. Also suitable for exchange of existiong controls.

The Advanced Of Quick Mold Change System EPPLC
EPPLC is the most complete answer to JIT (Just In Time) and SMED (Single Minute Die Exchange) in all advanced manufacturing process to face smaller production batches and wider product ranges, by offering.
Better quality in molding
Reduction of machine down time
Materials saving
Power saving
Safe use
Simple operation
NO Additional costs(include maintain)
Use of long-term
Improve the performance of the injection machine and max. use of space

Using the EPPLC Permanent-electro magnetic system for quick mould clamping tool change times of just a few minutes can be achieved.
Memorizing of the plattens’magnetic characteristics
Integrated interface with the machine
Suitable for integration in injection moulding machine control cabinet
Monitoring of air gap between magnetic platen and mould
This seies were produced accrding the customers request.

Customized is Available
Affordable price
Quality guaranteed

T/T or L/C accepted
Other payment accepted
Fast shipping, Worldwide delivery

24-Hours excellent customer service
Offer free magnetic solution
Bulk discounts for larger orders

Product Range

Imperial

EPPLC (Permanent-electro magnetic system for quick mould clamping)

Injection Molding Machine Clamping Force (t)	Magnetic Platen Size(mm)			Each Magnetic Platen poles’ Number(pcs)	Each Magnetic Platen’ s Clamping Force
Injection Molding Machine Clamping Force (t)	A	B	Thickness	Each Magnetic Platen poles’ Number(pcs)	Each Magnetic Platen’ s Clamping Force
50	540	540	52	8	6000
80	600	600	52	11	8250
100	600	600	52	13	9750
125	660	690	52	15	11250
150	750	750	52	19	14250
200	830	830	52	22	16500
250	950	950	52	33	24750
300	950	950	52	33	24750
350	950	1050	52	44	33000
420	1100	1200	52	52	39000
500	1200	1300	52	64	48000
650	1350	1450	52	102	76500
800	1500	1600	52	118	88500
1000	1700	1900	52	150	112500
1300	1900	2200	52	201	150750
1500	2000	2400	52	260	195000
2000	2300	2600	52	329	246750
2300	2400	2850	52	385	288750
2700	2600	3050	52	454	340500
3200	2600	3050	52	454	340500
4000	2950	3300	52	641	480750

Metrics

epplc
Through Holes
The mounting holes for installation and the through holes for ejectors clearance on the moving platens and injection nose hole

Proximity Sensors
An inductive proximity sensor located in the “neutral” area detects the presence of the mold to enable the activation of the magnetization cycle. The 0.2 mm threshold value prevents any “open field magnetization” to grant the operator safety and it immediately halts the machine functions in case of mold detachment.
Lower Resin Level
Special epoxy resin with high thermal and dynamic resistance is used to seal the magnetic circuit. The under surface level positioning helps to stabilize the temperature and to avoid any possible “air-gap” in case of micro expansions.

Fcs Sensor
To check the value of the magnetic flux saturation reached by some poles and to enable the machine work.

Locating Ring
For a quick and precise mold set up