Aluminum Laminated Film Punch Forming Machine For Prepare Polymer Cases

DESCRIPTION: This pouch forming machine is mainly used for lithium battery production line, it's mold can be bespoked according to customers' requirements. TMAX-SCX300 Manual Aluminium Punching Machine is used for lithium polymer battery/ pouch cell cup forming in the production line of making pouch cell batteries. The machine is used to prepare polymer cases made of Aluminum Laminated Films.

Al-laminated Film Manual Punching Forming Machine for Polymer Battery/ Pouch Cell Cup Forming

DESCRIPTION: This pouch forming machine is mainly used for lithium battery production line, it's mold can be bespoked according to customers' requirements. TMAX-SCX300 Manual Aluminium Punching Machine is used for lithium polymer battery/ pouch cell cup forming in the production line of making pouch cell batteries. The machine is used to prepare polymer cases made of Aluminum Laminated Films.

Automatic Counting Forming Machine For Lithium Batetry Case Forming

1 TMAX-SCK700 Pouch Forming Machine is used for lithium polymer battery/ pouch cell cup forming in the laboratory and production line of making pouch cell batteries.  2 The machine is used to prepare polymer cases made of Aluminum Laminated Films.  3 This lab aluminum laminated film pouch forming machine is designed with Double start button and Safety grating protection device, and Automatic counting.

Punching Press Forming Machine For Polymer Battery Case Stamping Molding

Specification  1. For lithium batteries aluminum plastic composite film monolithic manually stamping molding;   2. stamping molding time and pressure display is adjustable, easy to operate;   3. The two-button start-up mode, equipped with safety light barriers and door switch protection, safe and reliable operation;   4. The liquid pressurized cylinder high output pressure;   5. Touch screen display operation, plc operation.

100T-400T Automatic Vacuum Fiber Hot Press Laminate Forming Machine

100T-400T Automatic Vacuum Fiber Hot Press Laminate Forming Machine   Introduction The fiber vacuum hot press, also known as the fiber vacuum hot press forming machine, adopts a servo oil circuit system, which is low-noise, energy-saving and environmentally friendly. The unique heating system device can control temperature and pressure in sections and zones. The overall temperature difference can be controlled within ±3 degrees, ensuring the stability of the hot pressing temperature and significantly improving the product yield. It can be equipped with a mold temperature control machine function. Applicable materials 1. Fiber materials: Forming of decorative parts such as carbon fiber and glass fiber. 2. Composite materials: PC/PMMA/ABS and other composite board film sheet forming. 3. Insulation materials: Molding of insulating and heat-insulating materials such as aerogel, cold gel, silicone, PET, and filter elements. Note: The industry applications of the product are as follows. Features 1. It adopts a servo system, which is low-noise, energy-saving and environmentally friendly. It can reduce electricity consumption by up to 46%, generate less heat and operate at a low oil temperature (within 50 degrees), which can extend the service life of the hydraulic press and reduce production costs. 2. The unique heating system device can control temperature and pressure in sections and zones. The overall temperature difference can be controlled within ±3°C, ensuring the stability of the hot pressing temperature and significantly improving the product yield. 3. The equipment structure features a four-column and three-plate structure, without oil-free bushings for guidance, to achieve a parallelism of ±0.03mm between the upper and lower heating plates. . 4. The vacuum hood is used for vacuuming, with a vacuum negative pressure value of 0.1kpa. It features automatic vacuuming, automatic pressure holding, automatic pressure replenishment, and automatic vacuum breaking functions. 5. The heating plate is made of high-quality die steel for heat treatment and ground to achieve a flatness of 0.05mm. 6. The oil pump is driven by a servo motor, controlled by PLC, and combined with pressure sensors and displacement sensors for closed-loop control. It can be made into segmented pressure, time and stroke control, and can be divided into three or more segments. This product is widely used in the following industries: 1. Mobile phone industry: Front and back covers for 2.5D/3D/3.5D mobile phones, full-coverage mobile phone cases. 2. Automotive industry: Interior and exterior trims, buttons, instrument panels, touch panels, smart Windows. 3. Panel industry: Decorative panels for tablets, laptops, medical devices, home appliances and kitchen appliances, smart locks, etc. 4. Electronics industry: Drones, VR/AR glasses, smartwatches, wristbands, switches, keyboards. 5. Fiber materials: Decorative parts made of fiber materials such as carbon fiber and glass fiber, like helmets, etc. 6. Insulation materials: aerogel, cold gel, silicone frame, PET, filter element and other insulation and heat insulation materials. 7. Composite materials: PC/PMMA/ABS and other film composite plates Technical parameter Item Unit 100T 200T 300T 300T 400T Master cylinder clamping force T 100 200 300 300 400 Master cylinder stroke mm 300 400 400 400 400 The maximum pressure for the liquid in the main cylinder Mpa 21 21 21 21 21 Return stroke force KN 80 50 80 30 30 The distance between the movable beam and the workbench Max. mm 500 600 450 400 400 Min. mm 200 200 50 0 0 Slider speed Rapid decline mm/s 130 150 120 120 250 Working speed mm/s 20 20 20 20 20 Fast return journey mm/s 150 125 100 120 120 Effective area of the heating plate mm 500*580 1200*1200 600*600 600*600 750*750 The height of the workbench from the ground mm 1075 1387 1315 1315 1114 Motor power KW 16 25 25 16*2 30 Maximum temperature ºC 200 200 200 300 300 Machine weight KG 4000 5000 7000 15000 18000  

100T-200T IMD High-Pressure Servo Heat Press Forming Machine

100T-200T IMD High-Pressure Servo Heat Press Forming Machine   Introduction The IML/IMD high-pressure forming machine, also known as the high-pressure gas forming hot bending machine or vacuum hot pressing forming machine, integrates the functions of oil pressure, servo, air pressure, and IR hot pressing forming. It heats the sheet material by closing the mold, and the gas is pressed down in sections. The lower mold cavity is evacuated to achieve three-dimensional film forming. It can achieve segmented pressurization, segmented heating and curve temperature rise. It can be equipped with a mold temperature control machine function. Applicable materials 1. Fiber materials: Forming of decorative parts such as carbon fiber and glass fiber. 2. Composite materials: PC/PMMA/ABS and other composite board film sheet forming. 3. Insulation materials: Molding of insulating and heat-insulating materials such as aerogel, cold gel, silicone, PET, and filter elements. Features 1. It adopts a servo system, which is low-noise, energy-saving and environmentally friendly. It can reduce electricity consumption by up to 46%, generate less heat and operate at a low oil temperature (within 50 degrees), which can extend the service life of the hydraulic press and reduce production costs. 2. The unique heating system device can control temperature and pressure in sections and zones. The overall temperature difference can be controlled within 4 degrees, ensuring the stability of the hot pressing temperature and significantly improving the yield of the products. 3. Through precise design, the volume of the equipment has been significantly reduced, occupying a smaller area. With the same space, more equipment can be placed, and it can also be placed on the second floor. 4. It can heat up and cool down quickly without the need for telescopic trays, greatly improving production efficiency. 5. The equipment is equipped with a baking tray with ceramic heating bricks, which can instantly heat special diaphragms to 200°-300°, saving baking time and increasing production capacity. 6. The lower mold can be externally connected to an oil temperature control machine to ensure that the temperature of the lower mold remains stable at ±3°, thereby guaranteeing the yield of the product. This product is widely used in the following industries: 1. Mobile phone industry: Front and back covers for 2.5D/3D/3.5D mobile phones, full-coverage mobile phone cases. 2. Automotive industry: Interior and exterior trims, buttons, instrument panels, touch panels, smart Windows. 3. Panel industry: Decorative panels for tablets, laptops, medical devices, home appliances and kitchen appliances, smart locks, etc. 4. Electronics industry: Drones, VR/AR glasses, smartwatches, wristbands, switches, keyboards. 5. Fiber materials: Decorative parts made of fiber materials such as carbon fiber and glass fiber. 6. Insulation materials: Aerogel, cold gel, silicone, PET, filter elements and other insulation and heat insulation materials. 7. Composite materials: PC/PMMA/ABS and other film composite plates. Technical parameter Industry model Mobile phone industry General industry Dual-station model Nominal pressure (T) 100 100 200 Maximum working pressure of the liquid ≤21 ≤21 ≤21 Return force (T) 5T 5T 30 Height of the rack surface from the ground (mm) 1150 1150 1150 Maximum opening distance (mm 500 600 600 Maximum stroke of the slider (pressure head) 300 400 400 Effective area of the workbench Left &right 580 800 1300 Front&back 630 500 700 Slider pressure head speed Upward speed ≤130 ≤130 100 Working speed ≤14 ≤14 15 Return speed ≤180 ≤180 120 Host dimensions (mm) 1280*1430*2300 1530*1600*2400 2260*2080*2400 Servo motor power (KW) 16KW 16KW 34KW    

100T-400T Automatic Single/Double Workstation Vacuum Hot Press Machine For Carbon Fiber Forming

100T-400T Automatic Single/Double Workstation Vacuum Hot Press Machine For Carbon Fiber Forming   Introduction The fiber vacuum hot press, also known as the fiber vacuum hot press forming machine, adopts a servo oil circuit system, which is low-noise, energy-saving and environmentally friendly. The unique heating system device can control temperature and pressure in sections and zones. The overall temperature difference can be controlled within ±3 degrees, ensuring the stability of the hot pressing temperature and significantly improving the product yield. It can be equipped with a mold temperature control machine function. Applicable materials 1. Fiber materials: Forming of decorative parts such as carbon fiber and glass fiber. 2. Composite materials: PC/PMMA/ABS and other composite board film sheet forming. 3. Insulation materials: Molding of insulating and heat-insulating materials such as aerogel, cold gel, silicone, PET, and filter elements. Note: The industry applications of the product are as follows. Features 1. It adopts a servo system, which is low-noise, energy-saving and environmentally friendly. It can reduce electricity consumption by up to 46%, generate less heat and operate at a low oil temperature (within 50 degrees), which can extend the service life of the hydraulic press and reduce production costs. 2. The unique heating system device can control temperature and pressure in sections and zones. The overall temperature difference can be controlled within ±3°C, ensuring the stability of the hot pressing temperature and significantly improving the product yield. 3. The equipment structure features a four-column and three-plate structure, without oil-free bushings for guidance, to achieve a parallelism of ±0.03mm between the upper and lower heating plates. . 4. The vacuum hood is used for vacuuming, with a vacuum negative pressure value of 0.1kpa. It features automatic vacuuming, automatic pressure holding, automatic pressure replenishment, and automatic vacuum breaking functions. 5. The heating plate is made of high-quality die steel for heat treatment and ground to achieve a flatness of 0.05mm. 6. The oil pump is driven by a servo motor, controlled by PLC, and combined with pressure sensors and displacement sensors for closed-loop control. It can be made into segmented pressure, time and stroke control, and can be divided into three or more segments. This product is widely used in the following industries: 1. Mobile phone industry: Front and back covers for 2.5D/3D/3.5D mobile phones, full-coverage mobile phone cases. 2. Automotive industry: Interior and exterior trims, buttons, instrument panels, touch panels, smart Windows. 3. Panel industry: Decorative panels for tablets, laptops, medical devices, home appliances and kitchen appliances, smart locks, etc. 4. Electronics industry: Drones, VR/AR glasses, smartwatches, wristbands, switches, keyboards. 5. Fiber materials: Decorative parts made of fiber materials such as carbon fiber and glass fiber, like helmets, etc. 6. Insulation materials: aerogel, cold gel, silicone frame, PET, filter element and other insulation and heat insulation materials. 7. Composite materials: PC/PMMA/ABS and other film composite plates Technical parameter Item Unit 100T 200T 300T 300T 400T Master cylinder clamping force T 100 200 300 300 400 Master cylinder stroke mm 300 400 400 400 400 The maximum pressure for the liquid in the main cylinder Mpa 21 21 21 21 21 Return stroke force KN 80 50 80 30 30 The distance between the movable beam and the workbench Max. mm 500 600 450 400 400 Min. mm 200 200 50 0 0 Slider speed Rapid decline mm/s 130 150 120 120 250 Working speed mm/s 20 20 20 20 20 Fast return journey mm/s 150 125 100 120 120 Effective area of the heating plate mm 500*580 1200*1200 600*600 600*600 750*750 The height of the workbench from the ground mm 1075 1387 1315 1315 1114 Motor power KW 16 25 25 16*2 30 Maximum temperature ºC 200 200 200 300 300 Machine weight KG 4000 5000 7000 15000 18000    

40T-600T High Precision Electronic Ceramic Powder Servo Press Forming Machine

40T-600T High Precision Electronic Ceramic Powder Servo Press Forming Machine   Introduction The electronic ceramic powder servo forming machine uses a servo motor to drive the lead screw, which in turn drives the upper punch, mother mold and lower punch to perform high-precision up and down movements. The powder is injected into the female mold through the hopper, material pipe and material shoe to achieve fully automatic functions such as powder pressing and forming, demolding, material picking and tray loading. Pressure accuracy ±1%; Displacement accuracy ±0.01mm; Drive mode: Pure electric, oil on top and electricity at the bottom, servo hydraulic Formwork structure: top one bottom one, top one bottom two, top one bottom three, top two bottom two, top two bottom three, top two bottom four;   Product features 1. High-precision control The servo press is equipped with an independent servo system and electrical system, capable of achieving floating pressing, precisely controlling pressure and displacement, and thus enabling high-precision shaping of fine powders. The forming accuracy can reach within 0.02mm, and the repeatability accuracy can reach within 0.005mm. 2. Flexible formwork structure The die frame structure is diverse, including top-one-bottom-one, top-one-bottom-two, top-one-bottom-three, top-two-bottom-two, top-two-bottom-three, top-two-bottom-four, etc. It is suitable for pressing complex products with multiple section differences and multiple blind holes. Quick effect, long service life, high quality and wide adaptability. 3. Multiple driving modes Servo presses can adopt various drive methods, such as upper punch servo hydraulic cylinder drive + lower punch servo hydraulic cylinder drive, or upper punch AC servo motor + direct lead screw drive + lower punch AC servo motor + direct lead screw drive, etc., to ensure precise control of pressure and displacement, to meet different pressing requirements ‌. 4. Intelligent automatic molding, saving time and effort It features fully automatic functions such as powder feeding, molding, demolding, material picking and tray loading Record and analyze the product forming process to achieve flexible line assembly operations 5. High efficiency and stability Efficiency and stability ‌ : The equipment operates stably, is easy to operate, and is equipped with a mechanical limit device to ensure the consistency of the products. Meanwhile, the equipment has a simple structure, is easy to maintain, and is environmentally friendly and energy-saving. ‌   Application The electronic ceramic powder servo forming machine is suitable for the metal magnetic powder core industry, ferrite industry, multi-pole magnet industry: forming of powder products such as alumina, zirconia, silicon carbide, aluminum nitride, silicon nitride, and silicon oxide, such as: electronic ceramics, precision ceramics, ceramic structural components, 5G filters, fasteners, connectors, etc. Technical parameter Dry powder forming machine Item Unit 40T 63T 100T 160T 200T Nominal force KN 400 630 1000 1600 2000 The maximum distance point between the lower plane of the slider and the worktable surface mm It is determined based on the type of cross frame and the loading height Slider operation parameters Maximum suppressing force KN 400 630 1000 1600 2000 Maximum return force KN 180 100 100 160 240 Maximum itinerary mm 350 400 400 400 400 Rapid downward speed mm/s 150 150 160 160 160 Slow downward speed mm/s 15 15 15 10 12 Proportional floating pressing speed mm/s 10-15 10-15 10-15 10-15 8-15 The speed of the rear pressure suppression mm/s 10 10 10 10 12 Return speed mm/s 140 140 150 160 170 Ejection piston operation parameters Maximum top force KN 230 230 340 340 650 Maximum pulling force KN 300 300 480 480 780 Maximum itinerary mm 150 150 150 180 200 Lifting speed mm/s 30 65 30 65 35 Floating downward velocity mm/s 10-15 10-15 10-15 10-15 8-12 Return speed mm/s 45 95 45 95 45 Operating parameters of the lower center cylinder piston Maximum outstretched force KN 60 60 60 60 80 Maximum retraction force KN 35 35 35 35 50 Maximum itinerary mm 100 100 100 120 120 Main motor power KW 12 12 12 15 22 Working frequency times/min 2-8 High consistency of products mm ±0.05-±0.2    

165000pcs/H High Speed Automatic Rotary Tablet Press Forming Machine

165000pcs/H High Speed Automatic Rotary Tablet Press Forming Machine   Introduction ZP-26/40D is a seventh-generation fully automatic high-speed tablet press that continuously presses powders and granules into round tablets, special-shaped tablets, two-color tablets, and ring tablets. It is an industrial 4.0 version of the intelligent tablet press that integrates automatic adjustment of powder filling volume, real-time pressure monitoring, recycling of excess powder, and rejection of single tablets, and meets cGMP production requirements.   Main Features Automatic tablet weight adjustment system. The servo motor controls the filling track without handwheel adjustment. The system can automatically increase or decrease the filling amount according to the set value, and the average tablet weight accuracy is <±2%. The real-time online detection and rejection system to automatically identify and promptly reject products with unqualified tablet weight, which can achieve continuous rejection and accurate single-piece rejection. The machine has extremely high processing accuracy, fast running speed and low noise. The turntable runout is <0.04mm, the upper and lower mold hole diameter tolerance is<0.013mm, the surface roughness is <0.8um, the middle mold hole diameter tolerance is <0.017mm, and the production qualified product rate is 10o%. Material loss is <1%. Technical parameters Model 26D 32D 40D Molding qty 26 32 40 Production (pcs/h) 165000 210000 260000 Pressing diameter (mm) 25 16 13 Pallet thickness (mm) 10 9 9 Pre-pressing pressure (KN) 20 20 20 Main pressing pressure (KN) 100 80 80    

50T Electric Rubber Flat Vulcanizing Forming Equipment System

50T Electric Rubber Flat Vulcanizing Forming Equipment System   Introduction 1. The 50-ton pressure forming machine is a relatively advanced pressure forming equipment, used for the vulcanization of various rubber products and the pressing of bakelite and plastic products. The semi-machine has the advantages of compact structure and convenient operation. The electric heating is controlled and displayed by the T-2301 temperature indicator and regulator, featuring high control accuracy, intuitive temperature display and convenient adjustment. The steam heating type adopts metal hoses, which have good sealing performance, long service life and high reliability. 2. The parallel oil supply method of low-pressure high-flow gear pumps and high-pressure low-flow gear pumps is adopted, which not only ensures the rapid heating of the hot plate but also saves electricity. 3. The adoption of an automatic pressure replenishment device ensures the stability of the product quality.   Main Technical Maximum clamping pressure 0.5MN (50 tons) Pressure of the hydraulic system 16MPa Maximum stroke of the plunger 200mm Ascending speed of the plunger 16.5mm/s Heating plate size 400X400mm Number of hot plates 3 (can be increased as required) Distance between the hot plates 100mm (can be enlarged as required Total power of the electric heating 7.2Kw Heating steam pressure 0.6-0.8MPa Temperature of the hot plate 0-300 degrees Net weight Approximately 1200 kg Motor power 3KW, 1440r/min Dimensions L1450XW650XH1620mm  

Automatic Laser Tab Cutting and Forming Machine for Lithium-ion Battery Electrode

Automatic Laser Tab Cutting and Forming Machine for Lithium-ion Battery Electrode 1. Equipment Overview 1.1 Function and Working Principle This equipment is mainly intended for forming tabs on lithium-ion battery electrodes.   It is specifically designed for laser cutting of tabs on individual sheet-shaped electrodes, with the following key functions: manual loading of electrodes, laser positioning, laser cutting of tabs, and manual unloading. 1.2 Workflow and General Structure 1.2.1 Workflow Diagram:   1.2.2 General Structural Diagram:     2. Requirements for Incoming Materials 2.1 Applicable Incoming Material Specifications No. Item Specification Remarks 1 Material Cathode: LFP, NCM, etc.   2 Anode: Graphite-based, Silicon-carbon-based, etc.   3 Thickness 50–200 μm   4 Width (incl. tab) 120–350 mm   5 Foil Thickness Cathode: 8–15 μm; Anode: 6–8 μm   6 Coating Type Continuous coating with tabs on both sides   9 Serpentine Bending Deviation ≤1.5 mm/m   10 Waviness on Edge ±1.5 mm   11 Coating Width Edge Deviation ±0.5 mm   2.2 Electrode Forming Specifications Item Specification W 30–350 ±0.2 mm L 30–350 ±0.2 mm H 10–20 ±0.2 mm Q 10–15 ±0.2 mm M 20–60 ±0.2 mm X 0–1 RA 1.5–2 RB 2–5 Horizontal Burr (Va) <25 μm Vertical Burr (Vb) <25 μm   2.3 Tab-Cutting Mode     3. Technical Parameters of Equipment No. Item Specification Remarks 1 Electrode Sheet Length 30–350 mm (including tabs)   2 Electrode Sheet Dimensional Accuracy ±0.2 mm   3 Molten Spheres Size ≤15 μm   4 Metal Exposure ≤55 μm   5 Heat-Affected Zone (HAZ) Cathode ≤100 μm; Anode ≤120 μm   6 Power Supply AC 380V ±5%, three-phase, 50 Hz – Starting power ≤3 kW, Operating power ≤1.5 kW   7 Cutting Speed 250 mm/s   8 Air Supply Compressed air 0.5–0.6 MPa; Air consumption: 1000 L/min   9 Equipment Dimensions Approx. 1500 × 1500 × 2000 mm (main unit)   10 Appearance Color Standard warm grey 1C; customized colors require color code samples   11 Equipment Weight Approx. 800 kg   12 Qualified Product Rate ≥99.5%   13 Equipment Failure Rate ≤2%   14 Ambient Operating Temperature 0–50 °C