搜寻 - PE

PBS-605~705 系列

产品分类 : 卧式中空成型机

KM Model NO. PBS-605 / 705 (S / D / T / Q)

PBS-905 系列

产品分类 : 电动中空成型机

强力曲肘式锁模机构结合德国滚珠线性滑轨设计，稳定性高，适合中大型容器之生产。多模头设计可高速生产中小型容器。可依客户要求设计特珠结构，亦可生产加视窗、双色、双层之产品。 10"TFT彩色LCD萤幕人机介面电控系统，功能强、操作操易、富人性化。

Twin Screw PVC/PBAT/PBS Pelletizing Machine

产品分类 : 塑料制粒和配料生产线

全自动补片袋，顶折冲孔袋，拉束袋制袋机

产品分类 : 塑料制袋机

LY-800PDD

纸张切断机

产品分类 : 切割机

● Cutting Tolerance: +-0.5 MM ● Machine Speed: 200 M/MIN

半自动切纸管机- FPT-A

产品分类 : 切割机

此切纸管机为FPT系列改良机种，切刀以气压升降控制取代人工手压下刀，裁切力道稳定且切口平整，可裁切纸管厚度达10MM。

切纸管机

产品分类 : 封口机

FPT-500切纸管机: 专为切断长度50mm以上纸管所设计；该切管机结构简单操作及维护方便，移动式切刀可快速变换切长适合少量多尺寸之切管作业。 FPT-1300小尺寸切纸管机: 专为切断长度5-1000mm之纸管所设计；特殊设计无经验者可快速上手，固定式切刀结构特别适用于大量切管作业。

基本型高速背心袋制袋机（热切系统）PV

产品分类 : 制袋机按用途

高速热切系统-用于印刷T恤袋。光电管和伺服套准准确的打印位置。高速热切系统可用于200/250 / 300rpm系统。手动收集-不带气爪和气动冲头的经济系统。人工收集堵塞的桩并通过离线气动打孔机手动打孔。

全覆式静音型 C-300STC-560ST

产品分类 : 破碎、粉碎和造粒设备

• 不锈钢机体包覆。  • 五面活动门方便操作。  • 双面隔音材料包覆静音型。

慢转速粉碎机C-S210 / 260 / 310 / 420 SB

产品分类 : 破碎、粉碎和造粒设备

慢转速粉碎机C-S210 / 260 / 310 / 420 SB

In-Line Glue Coating Packing List Bag Machine

产品分类 : 塑料制袋机

The MGA-95-500 is Ming Jilee's in-line glue coating packing list bag machine, producing PE bags with an integrated glue coating station in a single in-line process. It processes PE film in a thickness range of 0.045 - 0.08 mm, with a maximum bag size of 350(L) x 400(W).The in-line glue coating station applies adhesive up to a maximum width of 400 mm, and the machine can cut up to 3 pcs per cycle, reaching an output of Max. 120 cycle/min when run with the packing system. The complete line measures 12,050(L) x 1,750(W) x 2,050(H) mm and weighs 6,730 kg, with a power consumption of 30 kw.Model: MGA-95-500PE Thickness Range: 0.045 - 0.08 mmSize Range: Max. 350(L) x 400(W)Max. in line glue width: 400 mmMax. quantity per cycle cut: 3 pcsOutput (with packing system): Max. 120 cycle/minMachine Dimension: 12,050(L) x 1,750(W) x 2,050(H) mmMachine Weight: 6,730 kgPower Consumption: 30 kw

Overmolding Injection Molding

产品分类 : Household & Daily Goods

Overmolding Injection Molding Technology is a multi-material molding process that combines two or more materials in a single mold to enhance structural integrity, comfort, and functionality. This process allows flexible materials (such as TPE, TPU, or silicone) to be molded over a rigid substrate (such as ABS, PC, or PA), providing superior grip, durability, and impact resistance. This technology is widely used in automotive, electronics, medical devices, and consumer products, particularly for components requiring ergonomic design, shock absorption, anti-slip surfaces, and sealing properties. Compared to traditional assembly methods, overmolding technology offers cost savings, improved structural integrity, and an enhanced product appearance and feel.