300-500PCS/H 20L CE′li PET şişe Üfleme Kalıp Makinesi

• Type: Stretch Blow Molding Machine
• şişe litre: 10 l - 20 l
• makine boşluğu: 1
• makine çıkışı: 300-500 parça/sa
• şişe malzemesi: evcil hayvan
• ham madde: evcil hayvan
• Hayır. Modeli.: JS600D
• si̇zleşen: esnek şişirme
• otomasyon: otomatik
• bilgisayarlı: bilgisayarlı
• sertifika: ce
• Taşıma Paketi: Wooden Box
• Teknik Özelikler: SGS, CE
• Ticari Marka: JS
• Menşei: Huangyan Taizhou Zhejiang
• HS Kodu: 84773090
• Üretim Kapasitesi: 300-500 parça/sa

Ürün Açıklaması

 

JS600D BLOW AUTOMATIC MOLDING MACNINE , CAN BLOW 10-20L BOTTLE , 1 CAVITY .

 

1.Bottle making machine JS-600D With touch screen, Use Festo ( German brand) , SMC (Japan brand ) & Parker ( U.S.A Brand) pneumatic components. PLC use Mitsubishi (Japan brand) 

2.Nontoxic conveyor belt to carry preforms 
3.Produce PET Bottles ( such as: wine, beverage, soybean, vinegar bottles and so on) 
4. Easy to maintain 
5. Infrared lamps 
6.High safety. high speed with high efficiency. 
7.Manual saving, one man is enough for operation the machine. 
8.Stable performing with easy maintaining. 
9.Imported PLC controlling and man-machine interface computer.
10.Japan Omron inspection sensor. 
11.Adopt the new type double bend arm and the four rod-clamping structure(won the patent): Cross direction; Middle mould board is move parallel; the distance between two mold board is adjusted by the chain wheel. Thus, the clamping force is very strong. 
12.Power saving design that can increase your profits. 
13.Segregate type air controlling system, which is designed for avoiding waste pollution.  

Technical Reference
Machine Modle		JS600	JS600J	JS600B	JS600C	JS600D
PCS/H		600-900	600-900	500-900	350-700	300-500
BOTTLE VOLUME	L	0.2-5	0.2-5	0.2-5	1-10	10-20
PREFORM INNER DIAMETER	MM	15-120	15-120	63	55	110
MAX.BOTTLE DIAMETER	MM	20-180	20-180	20-180	20-210	110
MAX.BOTTLE HEIGHT	MM	350	350	350	450	300
CAVITY	PC	1	1	1	1	1
MAIN MACHINE SIZE	M	2.5*1.5*2	2.5*1.5*2	2.5*1.5*2	2.5*1.5*2	3.6*1.7*2.5
WEIGHT	T	2.5	2.5	2.5	2.5	3.8

Internal details of the Machine