Blow Molding Machine PBS-605~705 Series
Categories : Horizontal Blow Molding Machines
Durable and horizontal traveling mold carriage combined with German linear motion guides for maximum stability. The series is excellent for producing medium and large sized containers. Available to equip with an auto deflashing device and take-out robot to achieve fully automatic and highly efficient production. 10" TFT colorful LCD screen with human-machine interface control system. It provides powerful functions, maximum operational convenience and user-friendly operation.
Blow Molding Machine PBS 905 Series
Categories : Electric Blow Molding Machines
Powerful, crank type mold clamping system combined with German linear guides for maximum stability. This series is ideal for producing medium and large sized containers.
Fully Automatic Patch Handle, Die Cut Handle & Draw Tape Bags Making Machine LY-800PDD
Categories : Plastic Bag Making Machines
Introduction LY-800PDD is a high-speed, triple-function bag making machine which can produce patch-handle bag, draw-tape bag and die cut bag.The unique control of servo-feeding system allowing customer having stable production and the human-machine interface lets customers never worry about operation. Features Specialize in patch-handle, die-cut and draw-tape bags. Servo-driven feeding system with one set of photocell for printed bag. Human-machine interface for easy setting.
Paper Cutting Machine
Categories : Cutting Machines
● Cutting Tolerance: +-0.5 MM ● Machine Speed: 200 M/MIN
Semi Automatic Core Cutting Machine - FPT-A
Categories : Cutting Machines
This model is upgraded by FPT series core cutter, instead of manual operation, pneumatic control cutting system gives a stable pressure to have a smooth cutting surface on a 10mm (Max.) thick paper core.
Paper Core Cutting Machine/ Core Cutter-FPT
Categories : Sealing Machines
-For paper core cutting operation, cutting length over 50mm to 1300mm. -Simplified design, easy to operate and maintain. -Movable cutter structure, the adjustment of cutting length is ease and fast.
Hot-Cut type T-shirt Bag Making Machine TP-V
Categories : Bag Making Machine by Applications
High speed hot-cut system - For printed T-shirt bags. Photocell & servo registers accurate print position. High speed hot-cut system available in 200/250/300rpm systems. Manual Collection - Economy system without gripper & Pneumatic punch. Labour collect blocked piles and punch manually by off-line pneumatic punch.
Heavy Duty Crushing Machine - Silent Type C-300STC-560ST
Categories : Crushing, Shredding & Granulating Equipment
• Fully enclosed stainless steel casing. • Convenient access doors on five sides. • Dual layer insulation for substantial noise reduction.
Low-Speed Crushing Machine C-S210 / 260 / 310 / 420 SB
Categories : Crushing, Shredding & Granulating Equipment
Low-Speed Crushing Machine C-S210 / 260 / 310 / 420 SB
In-Line Glue Coating Packing List Bag Machine
Categories : Plastic Bag Making Machines
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
Categories : 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.