Find Verified Injection Moulded Products Suppliers, Manufacturers and Wholesalers

No special tools are required for quick and easy injection cylinder changes. Combined with modular nozzle concepts for large Injection.

Mold

Mold

Planet roller extruder is composed of central shaft, planet shaft, rolling stuff barrel, case, heating and cooling parts, rozzel, and so on. The structure uses model system, and has good flexibility. Contacting area is five times previous extruders of single or two shafts and section shape is highly dispersed and uniform, so high quality products are obtained.

JT series of planet screw extruder mainly are used for manufacturing thermal sesitivity materials hard and soft PVC and also for ABS, TPO, TPU, and the mixture of filler polyalkene and bond.

Characterizes good plasticization, self-clean, high productility, long useful life and so on.

SJ scries of single-screw rod extruder is outfitted with all kind of screws which applies for processing PVC, PE, PPR, and PEX material, etc. It has such features as high speed revolution, even plasticization, high output, and small and beautiful shape with the devices of air expelling and water cooling, temperature auto-control and stepless speed regulation. The extruders are equipped with several kinds of machine head and auxiliary machine which are suitable for processing thermoplastic products such as membrane soft(hard)pipe, rod, board, sheet and so on.

Name: ABS Injection Molded Plastic Parts
Place of Origin: Qing Dao, China
Brand: WY TECHNICAL
Model Number: DGHY
Shaping Mode: Plastic Injection Mould
Product Material: Plastic

Product: Vehicle Mould
MOQ: 1000 Piece
Lead time: Sample: 3-5 day; Production: 10-20 days.
Trade Terms: EXW / FOB / CIF
Drawing format: .pdf / .dwg / .igs / .stp / x_t.
Tolerance: +/-0.01mm

Quality Control: 100% inspection before shipping
Packing: Standard export carton with pallet
Shipment Terms: Express /Airfreight /Sea freight

Specialized in producing customized plastic bottle for food/sauce/cooking oil/etc; cosmetic containers are also available, please contact for more details!

Specialized in producing customized plastic bottle for food/sauce/cooking oil/etc; cosmetic containers are also available, please contact for more details!

Specialized in producing customized plastic bottle for food/sauce/cooking oil/etc; cosmetic containers are also available, please contact for more details!

SP series full-automatic PET stretch blow molding machine is the most stable two-step automatic stretch blow moulding machine. It has one to four cavities and the maximum capacity of the products is 2L. It can blow bottles in shapes: carbonated, mineral, pesticide, cosmetics, wide-mouth, hot filling, and other packing containers, which is made of plastic of crystalline type, such as PET and PP etc.

We specialize in new bottle developing, sample bottle measuring, design and machining. All bottle moulds supplied with uniform dimensions and mirror finished cavity.
Some moulds are made to fit kinds of blowing machines which are one-stage or two-stage. The moulds are widely used for mineral water, carbonate, juice and not filling package. We can also help customers for their factory or
production line design.

SP22-V stretch blow molding machine is specially designed to produce 5-gallon bottle and 25L wide mouth jar. Its output is up to 90 BPH for 5-gallon bottle and even could reach 120 bottles per hour in certain case.

SP22-V consists of main unit and rotary infrared heater. The ordinary quartz lamp cannot heat preform ideally because the preform wall is excessively thick. The infrared heater with high penetrative force can heat the inside and outside of preform simultaneously and keep preform in even heating, therefore high shaping quality.

What an operator should do during production is just to put heated preform into the blow mold and press the switch, and then computer will take care of the whole procedure.

This production line is used to produce sandwich panels for making automatic doors with the middle layer of rigid polyurethane foam and with aluminum sheet or colorsteel sheet as the top and bottom face layers

Blow molding machine htii-12l/4-l

We supply machines for diffrent bottle from 50ml to 1000 liters.
Recommend:
Htii-3l/6, milk bottle machine special for bottles from 50ml to 300ml, daily capacity 65, 000pcs.
Htii-12l/4-l, 12l blow molding machine, multi-head, multi-layer, view stripe all avaible.
Tdb-25a blow molding machine for 25l container max.
Tdb-50b blow molding machine for auto parts and tool box.
Tdb-250a blow molding machine for 250 liters container max.
Tdb-1000a blow molding machine for big container 1000 liters.

This serious molds use the standard mold base and the material of the core and cavity is P20. The life of the mold is above 500 thousand.

This serious molds use the standard mold base and the material of the core and cavity is P20. The life of the mold is above 500 thousand.

This dustbin series use the standard mould base and the material of core and cavity is P20. The life of the mould is above 500 thousand.

High capacity machine for small bottles
Suitable material: pp, pe, ps
Bottle range: 10ml to 400ml (max. Height 130mm)
Mold cavitation: 13 cavities to 3 cavities.
Overage cycle time: 13sec

Injection blow molding machine

High capacity machine for small bottles
Suitable material: pp, pe, ps
Bottle range: 3ml to 300ml (max. Height 130mm)
Mold cavitation: 8 cavities to 1 cavity.
Overage cycle time: 11sec

Air conditioning mold

Our main products are the moulds of articles of daily use, upvc pipe, household electrical appliances, spare parts of motor and automobile.

Crate mould

silicon molds
different sizes
different designs

PLC control with touch panel-step by step instruction.

Equipped with servo winding system pneumatic control system.

The maximize to improve the whole machine precision, reliability and stability.

Use intellectual temperature controllerï¼?the high temperature control to ensure neat sealing.

The perfect automatic alarm safety protection little waste.the machine will automatically complete all packaging processes from feeding, measuring, filling, Printing ,finished bag

Price negotiable, please contact us for a quotation.

The HTSII-8L is a double-station, full-automatic extrusion blow molding machine from Tongda's hydraulic series, designed for small HDPE and PP containers from 0.1 L up to 8 L. It is listed among the popular machines on Tongda's official website and is recommended for daily chemical and dairy bottle production.

Key data from the manufacturer's parameter table: maximum product volume 8 L (double station), dry cycle 780 x 2 pc/h, output 220 kg/h, clamping force 200 kN, 100 mm screw with 28:1 L/D ratio, 75 kW screw motor and 165 kW total power. Platen distance is 160-400 mm, mold moving stroke 900 mm and maximum mold size 890 x 330 mm. The machine measures 6.5 x 5.2 x 3.7 m and weighs 25 t.

Design features: the flash trimming device is integrated into the frame for a compact, reliable structure; the rotating blow pin rack handles both straight-neck and slanted-neck containers; and the core frame is machined in one piece on a five-axis gantry machining center, providing a precise reference for all components and long-term product consistency.

Typical applications include cosmetic and skincare bottles, pharmaceutical and laboratory containers, lubricant sample bottles, food-grade bottles for edible oil, honey and sauces, and household chemical packaging.

Suzhou Tongda Machinery Co., Ltd. (founded 1999, Zhangjiagang, Jiangsu, China) builds hydraulic, servo and fully electric extrusion blow molding machines for containers from 2 L to 1200 L. It has delivered more than 10,000 machines to more than 100 countries and regions and holds ISO 9001, ISO 14001 and ISO 45001 certification. Parameters are standard configurations from the product documentation; please confirm the final configuration with Tongda engineers before ordering. More information: https://www.tongdamachine.net/

SPECS:
Max. product volume: 8 L (double station)
Dry cycle: 780 x 2 pc/h
Output: 220 kg/h
Clamping force: 200 kN
Screw diameter: 100 mm
Screw L/D ratio: 28:1
Screw heating power: 26 kW
Heating zones (screw): 5
Screw motor power: 75 kW
Total power: 165 kW
Platen distance: 160-400 mm
Mold moving stroke: 900 mm
Max. mold size: 890 x 330 mm
Machine size: 6.5 x 5.2 x 3.7 m
Machine weight: 25 T
Materials: HDPE / PP

Price negotiable, please contact us for a quotation.

The TDB-1000L is a large extrusion blow molding machine for hollow products up to 1000 L, such as plastic pallets, tanks and other large parts.

Key data from the parameter table: maximum product volume 1000 L, HDPE output 420 kg/h, clamping force 1200 kN, 135 mm screw, 45 kW screw heating power and 160 kW screw motor power. Maximum mold size 1550 x 1550 mm (W x H), machine size 9.8 x 2.7 x 7 m.

Tongda's large machines use an accumulator-type head with a high-output extrusion system, proportional hydraulic control, Mitsubishi PLC touch-screen control in Chinese and English, single large-cylinder material injection for concentric feeding, and Tongda's 10-section pressure wall thickness control for more even wall thickness. Products can be single-layer or multi-layer (up to 6 layers with multiple screws), multi-color, or made with a liquid level line.

For dedicated IBC inner-bottle lines, see also the TDB-1200A family (720 kg/h two-layer / 750 kg/h three-layer).

Tongda offers turnkey project support covering planning, installation, commissioning, operator training and after-sales service.

Suzhou Tongda Machinery Co., Ltd. (founded 1999, Zhangjiagang, Jiangsu, China) builds hydraulic, servo and fully electric extrusion blow molding machines for containers from 2 L to 1200 L. It has delivered more than 10,000 machines to more than 100 countries and regions and holds ISO 9001, ISO 14001 and ISO 45001 certification. Parameters are standard configurations from the product documentation; please confirm the final configuration with Tongda engineers before ordering. More information: https://www.tongdamachine.net/

SPECS:

Max. product volume: 1000 L
Output of HDPE: 420 kg/h
Clamping force: 1200 kN
Screw diameter: 135 mm
Screw heating power: 45 kW
Screw motor power: 160 kW
Max. mold size (W x H): 1550 x 1550 mm
Machine size: 9.8 x 2.7 x 7 m
Die head type: accumulator
Layers: single or multi-layer, up to 6 layers optional

Price negotiable, please contact us for a quotation.

The TDB-120A, previously listed as TDB-120F, is a single-station accumulator-head extrusion blow molding machine for container projects up to 120 L. A 12.8 L accumulator supplies the parison, and the standard 100 mm screw is rated at 160 kg/h HDPE extrusion output.

The machine provides 740 kN clamping force, a 500-1400 mm platen distance and a 900 x 1450 mm maximum mold size. Standard machine dimensions are 6.8 x 3.4 x 4.5 m, weight 20 t, total installed power 131.5 kW. For a tall drum or large hollow container, review neck access, wall distribution, mold cooling and part removal alongside the nominal volume.

Applications include chemical drums, water tanks, logistics packaging and other hollow products up to 120 L. Tongda configures each machine for the customer's project.

Suzhou Tongda Machinery Co., Ltd. (founded 1999, Zhangjiagang, Jiangsu, China) builds hydraulic, servo and fully electric extrusion blow molding machines for containers from 2 L to 1200 L. It has delivered more than 10,000 machines to more than 100 countries and regions and holds ISO 9001, ISO 14001 and ISO 45001 certification. Parameters are standard configurations from the product documentation; please confirm the final configuration with Tongda engineers before ordering.

SPECS:

Model: TDB-120A (formerly TDB-120F)
Max. product volume: 120 L
Station: single
Dry cycles: 120 cycles/h (not a production rate)
HDPE extrusion output: 160 kg/h
Accumulator capacity: 12.8 L
Max. die diameter: 420 mm
Die head heating: 30 kW, 6 zones
Clamping force: 740 kN
Platen distance: 500-1400 mm
Max. mold size (W x H): 900 x 1450 mm
Screw diameter: 100 mm, L/D 25:1
Screw heating: 21 kW, 4 zones
Screw motor power: 45 kW
Hydraulic pump drive power: 31.5 + 4 kW
Total installed power: 131.5 kW
Air consumption: 1.6 m3/min
Blow pressure: 0.6 MPa
Cooling water: 0.3 MPa, 180 L/min
Machine size (L x W x H): 6.8 x 3.4 x 4.5 m
Machine weight: 20 t

Price negotiable, please contact us for a quotation.

The HSII-30L belongs to Tongda's best series of extrusion blow molding machines. It is used for 20-30 L stacking jerry cans, PP 5-gallon water bottles and similar containers.

Key data from the parameter table: maximum product volume 30 L, HDPE output 300 kg/h, clamping force 300 kN, 100 mm screw, 23 kW screw heating power and blow pressure of at least 0.8 MPa. Machine size 8 x 6.8 x 4.1 m.

Design: double station with electric-hydraulic control. The blow pin, die-head up/down and platform up/down are electrically driven, and the main movement is controlled by a hydraulic servo system. The elbow-style clamping unit gives a high clamping force, and the continuous-type die head shortens the cycle time. An optional 3D manipulator reduces manual sorting.

Suzhou Tongda Machinery Co., Ltd. (founded 1999, Zhangjiagang, Jiangsu, China) builds hydraulic, servo and fully electric extrusion blow molding machines for containers from 2 L to 1200 L. It has delivered more than 10,000 machines to more than 100 countries and regions and holds ISO 9001, ISO 14001 and ISO 45001 certification. Parameters are standard configurations from the product documentation; please confirm the final configuration with Tongda engineers before ordering. More information: https://www.tongdamachine.net/

SPECS:

Max. product volume: 30 L
Output of HDPE: 300 kg/h
Clamping force: 300 kN
Screw diameter: 100 mm
Screw heating power: 23 kW
Blow pressure: >= 0.8 MPa
Machine size: 8 x 6.8 x 4.1 m
Die head type: continuous
Clamping unit: elbow (toggle) style
Option: 3D manipulator

Price negotiable, please contact us for a quotation.

The HSII-15L belongs to Tongda's high-level series of plastic jerry can making machines. It is a double-station, high-speed extrusion blow molding machine for stacking jerry cans up to 15 liters.

Key data from the parameter table: maximum product volume 15 L, HDPE output 110 kg/h, clamping force 110 kN, 80 mm screw, 19 kW screw heating power and 0.6 MPa blow pressure. Machine size 4.5 x 2.7 x 3.1 m.

Design: the main movements are controlled by a hydraulic servo system, and the elbow-style (toggle) clamping unit gives a high clamping force. A continuous-type die head shortens the cycle time. The servo valve gives high speed and high precision, and the product conveyor sits inside the machine body to save floor space.

Tongda welcomes factory visits before ordering, tests the complete production line before delivery, and provides installation and training according to project requirements.

Suzhou Tongda Machinery Co., Ltd. (founded 1999, Zhangjiagang, Jiangsu, China) builds hydraulic, servo and fully electric extrusion blow molding machines for containers from 2 L to 1200 L. It has delivered more than 10,000 machines to more than 100 countries and regions and holds ISO 9001, ISO 14001 and ISO 45001 certification. Parameters are standard configurations from the product documentation; please confirm the final configuration with Tongda engineers before ordering. More information: https://www.tongdamachine.net/

SPECS:

Max. product volume: 15 L
Output of HDPE: 110 kg/h
Clamping force: 110 kN
Screw diameter: 80 mm
Screw heating power: 19 kW
Blow pressure: 0.6 MPa
Machine size: 4.5 x 2.7 x 3.1 m
Die head type: continuous
Clamping unit: elbow (toggle) style
Stations: double

Price negotiable, please contact us for a quotation.

The HSEII-5L is a double-station, fully electric extrusion blow molding machine for HDPE and PP containers up to 5 L. All movements are electrically driven and the machine has no hydraulic drive circuit, so there is no hydraulic oil in the machine motions. This suits production where cleanliness matters, such as medical, food and personal-care containers.

Key data from the parameter table: maximum product volume 5 L (double station), dry cycle 1600 pc/h, output 130 kg/h, clamping force 158 kN, 90 mm screw with 25:1 L/D ratio, 17.4 kW screw heating in 4 zones, 37 kW screw motor and 106.9 kW total power. Platen distance 300-660 mm, mold moving stroke 550 mm, maximum mold size 540 x 430 mm. Machine size 7.1 x 4.0 x 4.5 m, weight 22 t.

Control and connectivity: a 15-inch touch screen monitors the host and each auxiliary machine. Modbus/TCP links the main and auxiliary equipment. A servo wall thickness control system is integrated, and an Internet of Things function shows the machine's production status in the cloud.

Typical applications: cosmetic, pharmaceutical, laboratory, food-grade and household chemical bottles, plus daily chemical and dairy bottles.

Suzhou Tongda Machinery Co., Ltd. (founded 1999, Zhangjiagang, Jiangsu, China) builds hydraulic, servo and fully electric extrusion blow molding machines for containers from 2 L to 1200 L. It has delivered more than 10,000 machines to more than 100 countries and regions and holds ISO 9001, ISO 14001 and ISO 45001 certification. Parameters are standard configurations from the product documentation; please confirm the final configuration with Tongda engineers before ordering.
SPECS:

Max. product volume: 5 L (double station)
Dry cycle: 1600 pc/h
Output: 130 kg/h
Clamping force: 158 kN
Screw diameter: 90 mm
Screw L/D ratio: 25:1
Screw heating power: 17.4 kW
Heating zones (screw): 4
Screw motor power: 37 kW
Total power: 106.9 kW
Platen distance: 300-660 mm
Mold moving stroke: 550 mm
Max. mold size: 540 x 430 mm
Machine size: 7.1 x 4.0 x 4.5 m
Machine weight: 22 t
Drive: fully electric
Materials: HDPE / PP

Price negotiable, please contact us for a quotation.

The TDB-1200A is Tongda's accumulator-head extrusion blow molding machine family for IBC inner bottles up to 1200 L. The earlier TDB-1200L and TDB-1200F/P names now belong to this family. It comes in two standard configurations: the two-layer TDB-1200A-P and the three-layer TDB-1200A-P3.

TDB-1200A-P (two-layer): HDPE extrusion output 720 kg/h, two 120 mm screws (L/D 32:1), 45 L accumulator, 10 die-head heating zones, 554 kW total installed power, machine weight 68 t.

TDB-1200A-P3 (three-layer): HDPE extrusion output 750 kg/h, one 120 mm screw plus two 90 mm screws, 50 L accumulator, 14 die-head heating zones, 573 kW total installed power, machine weight 72 t.

Both configurations: maximum product volume 1200 L, clamping force 1500 kN, platen distance 1100-2700 mm, maximum die diameter 700 mm, machine dimensions 13 x 6.8 x 7 m.

HDPE extrusion output is a mass-flow specification, not finished IBCs per hour. Dry cycles describe machine cycles, not accepted production. For a production estimate, send the bottle drawing, resin, target part weight and required accepted output.

Suzhou Tongda Machinery Co., Ltd. (founded 1999, Zhangjiagang, Jiangsu, China) builds hydraulic, servo and fully electric extrusion blow molding machines for containers from 2 L to 1200 L. It has delivered more than 10,000 machines to more than 100 countries and regions and holds ISO 9001, ISO 14001 and ISO 45001 certification. Parameters are standard configurations from the product documentation; please confirm the final configuration with Tongda engineers before ordering. More information: https://www.tongdamachine.net/

SPECS:

Model: TDB-1200A-P (2-layer) / TDB-1200A-P3 (3-layer)
Max. product volume: 1200 L
HDPE extrusion output: 720 kg/h (P) / 750 kg/h (P3)
Accumulator capacity: 45 L (P) / 50 L (P3)
Screw diameter: 120 x 2 mm (P) / 120 + 90 x 2 mm (P3)
Screw L/D ratio: 32:1 (P) / 32:1; 30:1 (P3)
Screw motor power: 132 x 2 kW (P) / 132 + 75 x 2 kW (P3)
Screw heating power: 50 x 2 kW (P) / 50 + 22.4 x 2 kW (P3)
Die head heating zones: 10 (P) / 14 (P3)
Die head heating power: 110 kW (P) / 116 kW (P3)
Dry cycles: 80 cycles/h (not a production rate)
Clamping force: 1500 kN
Platen distance: 1100-2700 mm
Max. die diameter: 700 mm
Hydraulic pump drive power: 42.5 + 21 + 5.5 + 11 (parison) kW
Total installed power: 554 kW (P) / 573 kW (P3)
Air consumption: 6 m3/min
Blow pressure: 0.6 MPa
Cooling water: 0.4 MPa, 400 L/min
Machine dimensions (L x W x H): 13 x 6.8 x 7 m
Machine weight: 68 t (P) / 72 t (P3)

Price negotiable, please contact us for a quotation.

The TDB-250F/P is Tongda's extrusion blow molding machine for large chemical packaging: 160 L250 L chemical barrels, double L-ring chemical packaging barrels and similar industrial containers. It belongs to the servo series and is one of the popular machines on Tongda's official website, also recommended on its chemical drum application page.

Key data from the manufacturer's parameter table: maximum product volume 250 L, dry cycle 300 pc/h, output 360 kg/h, clamping force 740 kN, 120 mm screw with 30:1 L/D ratio, 38 kW screw heating power in 4 zones, 132 kW screw motor and 289.5 kW total power. Platen distance is 800-1800 mm and maximum mold size 1100x1600 mm. The machine measures 8.x3.2x5.5 m and weighs 35 t.

Design: the machine adopts a high-yield extrusion system and continuous die, and a hydraulic servo control system is available as an option. Final production output, clamping force, power consumption, mold dimensions and material suitability depend on the agreed machine configuration and container design, so Tongda recommends sending your product drawing and required output for a model-specific proposal.

Beyond drums, the machine can be configured for water tanks, logistics packaging and other customized large hollow products.

Suzhou Tongda Machinery Co., Ltd. (founded 1999, Zhangjiagang, Jiangsu, China) builds hydraulic, servo and fully electric extrusion blow molding machines, holds ISO 9001, ISO 14001 and ISO 45001 certification and exports to more than 120 countries and regions.

SPECS:
Max. product volume: 250 L
Dry cycle: 300 pc/h
Output: 360 kg/h
Clamping force: 740 kN
Screw diameter: 120 mm
Screw L/D ratio: 30:1
Screw heating power: 38 kW
Heating zones (screw): 4
Screw motor power: 132 kW
Total power: 289.5 kW
Platen distance: 800-1800 mm
Max. mold size: 110x1600 mm
Machine size: 8.3.2x5.5 m
Machine weight: 35 T
Die head type: Continuous die (as stated on product page)

Plastic injection molding medical parts are designed and manufactured professionally by CM-TECH plastic injection molding company.

Medical plastic injection molding products include syringes and internal and external parts of medical equipment. Plastic injection molding medical parts focus more on the prevision and safety issues compared with other plastic injection molding products.

Features of plastic injection molding medical parts
Here are three major features of plastic injection molding parts for medical purposes.

Safe and reliable

Plastic injection molding medical parts are manufactured by durable and reliable medic plastic materials.

Low cost and high-efficiency

The plastic injection molding medical part process is cost-efficient and ideal for high volume production and applications requiring consistency and tight tolerances.

Resistance to chemicals and heat

Chemical and heat resistance are vital factors in selecting the material of plastic injection molding medical parts. This characteristic makes medical molds by GE-TECH, a reliable injection molding company in china, more durable.

Specification of plastic injection molding medical parts

How do Plastic Injection Molding Medical Parts Workï¼?

The first stage of manufacturing plastic injection molding medical parts is to make the mould itself. Most are made from metal, usually aluminum or steel. When the mould has been settled, the material for the plastic injection molding medical parts is put into a heated barrel and combined. Heating bands melt the material in the barrel and the molten metal or molten plastic material is then fed into the mould cavity where it cools and hardens, matching the shape of the mould. After cooling several times, the medical parts are formed.

As a trustworthy and reliable injection mold maker in china, we provide you with injection molded part.

Insert molding is an injection molding process used to encapsulate a component in a plastic part.

The insert plastic injection molding process can be divided into two basic steps. First, the component is loaded into the mold before the molding process. Second, it takes the shape of the part and locks the component into the plastic as molten plastic is injected into the mold.

Features of Insert Mould
Insert molding is the process of inserting a part into a mold prior to the injection molding process. Since the insert injection molding process is the same, different materials are fed into the mould so as to produce different mould products. The main features of using insert mould by GM-TECH, a reliable injection moulding manufacturer, include:

As a trustworthy and reliable injection moulding suppliers, we provide you with custom plastic injection molding.

About Sino Mould
Sino Mould is a precast concrete mould manufacturer with over 20 years of experience in designing and producing bespoke steel moulds for precast concrete products. Located in Huanggang City, Hubei Province â?? the geographic center of China â?? our factory benefits from reliable raw material supply and convenient logistics. Since March 2024 we have supplied precast moulds directly to customers in Australia, Germany, Japan and Kazakhstan.



Technical Capabilities
We produce high-precision moulds for precast concrete products using advanced equipment and quality materials to ensure durable, repeatable results.

Manufacturing scale: Annual output > 3,000 tons of moulds.

Staffing: 10 R&D & engineering professionals and 50 skilled production employees.

Equipment: 30 sets of high-precision CNC machines, laser cutters, bending machines and automated processing centers.

Dimensional range: Standard mould sizes from 1 m to 4 m (larger sizes available on request).

Tolerance: All moulds manufactured to ±2 mm accuracy.

Materials: National-standard structural steel for long service life and consistent form finishes.

Lead time: Typical delivery in approximately 1 month.

Fast assembly: Quick-lock systems (no traditional bolts) allow assembly/disassembly in ~3 minutes.

Optional systems: Japanese copper-core high-frequency vibration motors and frequency converters for superior concrete compaction.

Custom Two Shot Mold
https://witmold.com/two-shot-injection-molds/

2K injection molding, also known as two-shot injection molding, is a revolutionary process in the realm of plastic component manufacturing. This advanced technique enables the production of complex, multi-material components through a single, automated process.

If youâ??re interested in 2K injection molding, you might want to consider our expertise in multi-shot injection molding and two-shot plastic injection molding. With these processes, we can efficiently and economically mold parts using two or more plastic resins or colors in one operation. Our team has extensive experience in designing and manufacturing high-quality molds for a wide variety of multi-shot and two-shot injection molded plastics.

At WIT MOLD, our two-shot injection molds are engineered for precision, durability, and flexibility, meeting the complex demands of modern manufacturing. We provide comprehensive capabilities to ensure your product development and production processes run smoothly.

https://witmold.com/two-shot-molding-guide/

Two-shot injection molding is a multi-material injection molding process. The molded plastic part can be a combination of two different materials or a combination of different colors of the same material.

Two-shot molding can also be called 2k injection molding, double shot molding, multiple injection molding (sequential injection molding).



Two-Shot Injection Molding Process
The two-shot molding process typically involves these key steps:

First Shot Injection: The first material is injected into a specialized mold to form the base or core of the part.

Mold Rotation or Positioning: The mold rotates or repositions automatically within the machine to align for the second material injection.

Second Shot Injection: The second material is injected into the remaining cavity areas - often around, over, or beside the first shot part. Both materials bond as they cool, forming a single, unified component.

This integrated process eliminates the need for multiple machines or manual handling between steps, boosting efficiency and ensuring strong bonding between the two materials.

https://witmold.com/automobiles/

As an experienced Automotive Plastic Parts Manufacturer, WIT MOLD designs and produces precision Automotive Parts Mold solutions for interior, exterior, under-the-hood, lighting, and EV components. Our Automotive Parts Mould capabilities cover different resin materials, surface requirements, part structures, and production volumes, helping customers develop reliable Automotive Molds for stable, high-quality plastic part manufacturing.

WIT MOLD serves automotive and parts customers worldwide and over 10 years of experience allows the WIT MOLD team to provide customers with fast development times and consistent quality to ensure that new projects run well.

WIT MOLD engineers will analyze the fill to get the best gate position for optimal flow and design the best cooling channels to ensure minimal package distortionWe have a very good We have a very good injection operator to help set the best injection parameters to avoid any wasted development time and improve the reliability of molding parameters.

WIT MOLD specializes in providing precision plastic injection molding solutions for the automotive industry. The company designs and manufactures molds that meet strict automotive standards, ensuring high dimensional accuracy and consistent quality. Its production capabilities cover both small components, such as clips, connectors, and interior fittings, and large structural parts, including bumper supports and door panels. With advanced injection molding technologies, including multi-cavity molds, high-temperature engineering plastics, and automated quality control systems, to optimize production efficiency and part performance. By integrating mold design, prototyping, and mass production under one workflow.

Automotive Plastic Parts Manufacturer
https://witmold.com/automobiles/

As an experienced Automotive Plastic Parts Manufacturer, WIT MOLD designs and produces precision Automotive Parts Mold solutions for interior, exterior, under-the-hood, lighting, and EV components. Our Automotive Parts Mould capabilities cover different resin materials, surface requirements, part structures, and production volumes, helping customers develop reliable Automotive Molds for stable, high-quality plastic part manufacturing.

WIT MOLD serves automotive and parts customers worldwide and over 10 years of experience allows the WIT MOLD team to provide customers with fast development times and consistent quality to ensure that new projects run well.

WIT MOLD engineers will analyze the fill to get the best gate position for optimal flow and design the best cooling channels to ensure minimal package distortionWe have a very good We have a very good injection operator to help set the best injection parameters to avoid any wasted development time and improve the reliability of molding parameters.

WIT MOLD specializes in providing precision plastic injection molding solutions for the automotive industry. The company designs and manufactures molds that meet strict automotive standards, ensuring high dimensional accuracy and consistent quality. Its production capabilities cover both small components, such as clips, connectors, and interior fittings, and large structural parts, including bumper supports and door panels. With advanced injection molding technologies, including multi-cavity molds, high-temperature engineering plastics, and automated quality control systems, to optimize production efficiency and part performance. By integrating mold design, prototyping, and mass production under one workflow.

Plastic injection molding, overmolding with metal, cable, magnet, etc.

OEM example: a green marble-finish cylindrical plastic housing, injection molded to the client's design. The cylindrical form shows our capability beyond flat panels â?? rounded housings with an even marble pattern all around. Source factory in Dongguan, China; in-house mold room; 6 injection machines (60â??200T); materials ABS, PP, PE, PC, acrylic. MOQ 1,000 sets. Export history: Europe & USA. Contact: Michael Li (Owner), WhatsApp +86 13725550798.

OEM contract-manufacturing example from our Dongguan source factory: custom plastic housings with a marble/swirl finish, produced in three colors (orange, green, purple) within one program. This shows our multi-color injection molding capability â?? one mold program, multiple colorways, consistent finish across colors. In-house mold room for tooling design and build; 6 injection machines (60â??200T); materials ABS, PP, PE, PC, acrylic. MOQ 1,000 sets. Export history: Europe & USA. Contact: Michael Li (Owner), WhatsApp +86 13725550798.

Transfer Mold Manufacturer
https://www.thermosetmold.com/transfer-molds/

Transfer Molds

As a Transfer Mold Manufacturer, we design and build tooling for thermoset and composite materials used in electrical, automotive, and industrial applications. Transfer molding is commonly selected for parts that require stable material flow, consistent curing, and controlled cavity filling, especially when processing high-viscosity compounds such as BMC.

In thermoset production, process stability depends heavily on mold structure, transfer system design, and thermal control. Transfer Mold helps reduce variation in density, improves dimensional consistency, and supports reliable mass production.

Transfer molding places thermoset material into a heated pot and forces it into the mold cavity through runners using a plunger. It allows encapsulating inserts and producing intricate parts with excellent dimensional accuracy.

Compression Mold Manufacturer
https://www.thermosetmold.com/compression-molds/

Compression Molds

Compression molding shapes thermoset materials like BMC/SMC by placing a pre-measured amount of material into a heated mold and closing it under high pressure, causing heat-activated curing for a strong, permanent part.

As an experienced Compression Mold Manufacturer, we develop tooling solutions specifically engineered for high-temperature thermoset processing and structural composite molding. Every project is evaluated based on material characteristics, part geometry, production volume, and expected mold life before tooling design begins.

Whether the application involves electrical insulation components, automotive panels, industrial housings, or composite structural parts, our team focuses on maximizing productivity while minimizing scrap and maintenance requirements.

Thermoset Injection Mold
https://www.thermosetmold.com/thermoset-injection-molds/

Thermoset injection molding processes thermoset materials by heating them and injecting into a closed mold under controlled pressure. The chemical curing reaction happens inside the mold, forming accurate and durable parts with high repeatability.



Optimized Tooling for High-Volume Thermoset Injection Molding
Unlike thermoplastic processing, Thermoset Injection Molding requires precise control of temperature, material flow, curing behavior, and venting performance. Once the material enters the cavity, the curing reaction begins immediately, making mold design a critical factor in achieving consistent part quality and production efficiency.

Our tooling solutions are developed to support demanding thermoset applications where dimensional stability, heat resistance, electrical insulation, and mechanical performance are essential. From prototype development to high-volume manufacturing, we help customers optimize production while minimizing scrap and cycle variation.

BMC Mold for Actuator Shuttle
https://www.thermosetmold.com/cases/bmc-injection-mold-electrical-parts.html

2-cavity injection mold features hardened 1.2344 steel, automatic sprue cutting with Merkle hydraulic cylinders, and a full surround vacuum system for stable and reliable production.

YouDian material GMT SHEET for auto interior parts, headliner, ceiling, trunk load floor, package tray, wheel arch liner, etc.

Custom-designed plastic injection moulds for prototype and production parts. Tooling specifications, including mould steel, cavity count, surface finish, expected production volume and lead time, are defined according to each project. Quotations are prepared from the buyerâ??s 2D/3D drawings, resin specification and annual quantity. Mould trials and sample approval can be coordinated before production. Please send your drawings, material, required quantity and delivery destination for a project-specific quotation. Images are concept illustrations, not photographs of completed JPR projects.

Packson's injection molding machines range in capacity from 60-800T, providing a wide range of options for clients. The facility includes 40 injection machines, with 9 NISSEI and 14 LSR machines housed in a Class 8 clean room to support cleanliness and quality. The remaining injection molding machines are located in a controlled white room and include NISSEI and HAITAI brands.

All plastic injection molding machines are equipped with 3-axis robotic arms to increase efficiency and reduce labor costs. These robotic arms can perform tasks including part removal, sorting, and assembly, allowing the production team to focus on other aspects of the manufacturing process.

Production capabilities include short-run and long-term molding for medical healthcare, electronics, aviation, and toy manufacturing industries. As a China injection molding company, Packson specializes in two-shot and insert molding to create complex parts with multiple materials or components. The team uses a scientific molding process to support product quality and consistency.

In addition to molding, Packson offers secondary processing services, including ultrasonic welding, silk-screen printing, hot melting, and assembly.

Plastic Injection Molding Details and Options
Packson Injection Molding Capabilities
Prototyping On-Demand Production
Lead time Make your mind in real in 10-25 days; including 24-hour quote responses with design-for-manufacturing (DFM) feedback Make your mind in real in 20-40 days; including 24-hour quote responses with design-for-manufacturing (DFM) feedback
How to Choose Complete design or equipment iterations and evaluate cost or manufacturing compromises. The design and configuration are finalized and the aim is to supply chain risks, quality and TCO.