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ONGO N series plastic injection molding machine N500 1

ONGO N series plastic injection molding machine N500 2

ONGO N series plastic injection molding machine N500 3

ONGO N series plastic injection molding machine N500 4

ONGO N series plastic injection molding machine N500 5

ONGO N series plastic injection molding machine N500 6

ONGO N series plastic injection molding machine N500 7

ONGO N series plastic injection molding machine N500 8

ONGO N series plastic injection molding machine N500 9

ONGO N series plastic injection molding machine N500 10

ONGO N series plastic injection molding machine N500

Thin wall plastic injection molding machine

Brief description:

The ONGO N series N500 is a compact, high-precision plastic injection molding machine built for reliable, energy-efficient production of small-to-medium plastic parts. It combines a robust clamping unit, precise injection control and a user-friendly touchscreen for repeatable accuracy and fast cycle times. The N500 is designed for easy maintenance, stable operation and flexible mold compatibility to suit a wide range of manufacturing needs.

Usage scenarios (about 3 sentences):

The N500 is ideal for producing consumer goods and packaging items such as caps, containers and small housings in short to medium production runs. It serves well for automotive interior components, electronic enclosures and industrial clips or fittings that require consistent dimensional accuracy. The machine is also suitable for prototyping, R&D and light medical or laboratory part manufacturing where reliability and precise process control matter.

Place of Origin：China Minimum order quantity：1 Color：Blue&White Material Science:

PP,PVC,PET,HDPE,PC,ABS Delivery time：30 days Model：N500JD Transaction mode：T/T

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Clamping force

5000KN

Consistent Quality, Sleek Packaging

The ONGO N500 is a High speed Plastic injection molding machine designed for Thin-wall plastic and multi-cavity molds, cutting cycle times and increasing yield for packaging and consumer products. Advanced injection control and modern processing technology deliver consistent part shape, refined style and premium surface quality while extending mechanical life and simplifying rapid prototyping. Close collaboration with customers and a reinforced design platform solve oil‑spill and durability issues so manufacturers gain predictable performance, higher throughput and lower scrap.

● High-Speed Thin Wall

● Durable Multi-Cavity Reliability

● Consistent Quality and Yield Improvement

● Rapid Prototyping and Faster Market Entry

Product Display

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Precision, Efficiency, Durability, Flexibility

product advantages 1

The N500’s high-speed servo drive delivers rapid, precise injection cycles with tightly controlled velocity and pressure profiles, shortening cycle times and improving part consistency. Its energy-efficient servo regeneration and motor control reduce power consumption during acceleration and holding phases, lowering operating costs while enabling high-throughput production.

product advantages 2

The optimized barrel and screw geometry, together with refined temperature and back-pressure control, produce uniform melt temperature and consistent plasticization across cycles. This stable melt management enables reliable thin-wall molding and superior surface finish with fewer defects and lower scrap rates.

product advantages 3

Advanced clamp motion control provides exact force regulation and positional repeatability, protecting complex molds and ensuring accurate demolding. Fast, controlled clamp response simplifies mold changes, minimizes flash and other defects, and keeps dimensional tolerances consistent part-to-part.

product advantages 4

Integrated process monitoring and an intuitive HMI let operators visualize cycle data, detect anomalies early, and adjust parameters quickly for faster setup and troubleshooting. Combined with a compact footprint and comprehensive after-sales support, the N500 simplifies maintenance and enables cost-effective, continuous production.

Precision Speed Efficiency Reliability

The ONGO N series N500 is a High speed, Plastic injection molding machine optimized for Thin-wall plastic production, combining advanced injection control and modern processing technology to deliver rapid response, stable high performance, and extended mechanical life. Its core attributes—reinforced platform design, servo-driven precise injection unit, and multi-cavity mold compatibility—enable accurate thin-wall molding and rapid prototyping, while extended attributes like close customer collaboration and tailored engineering solutions refine forming performance. The clear value is higher yield and lower downtime through robust structural design and optimized forming technology, making the N500 a reliable choice for demanding plastic processing applications.

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Application Scenario

application scenario 1

Optimized for thin-wall consumer electronics housings and connectors, the N500 delivers very high cycle rates and precise injection control to produce consistent parts with minimal scrap. Its repeatable shot-to-shot accuracy and advanced servo drives ensure tight dimensional control for high-volume production runs.

application scenario 2

Engineered for sterile disposable parts like syringes, vials, and diagnostic components, the N500 provides ultra-precise molding and stable process control to meet stringent medical tolerances. Energy-efficient operation and reduced material waste support cost-effective, large-scale single-use device manufacturing with reliable quality and traceability.

application scenario 3

The N500 produces lightweight caps, lids, and food containers with excellent dimensional accuracy and fast cycle times, enabling lower resin consumption and higher throughput for sustainable packaging lines. Precise pressure and flow control minimize scrap and help brands meet environmental targets by reducing material usage.

application scenario 4

As a space-saving solution for mass production of precision micro components and connectors, the N500 combines a compact footprint with repeatable tolerances and tight process stability. Energy-efficient drives and automation reduce operational costs and material waste while maximizing factory output.

Material Introduction

The ONGO N500 is a High speed Plastic injection molding machine optimized for Thin-wall plastic components, capable of molding PP, PS, ABS and engineering resins with precise melt and flow control. Its persistent advanced injection molding technology and modern processing systems provide finely tuned injection profiles that minimize shear, reduce material waste and warpage, and extend mechanical life of both tooling and molded materials. Designed for multi-cavity molds and rapid prototyping, the platform delivers high efficiency and stable performance for thin-walled production runs, improving yield and shortening cycle times.

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FAQ

What kinds of plastics and part sizes is the ONGO N series N500 best suited for?

The N500 is built for medium-to-large molded parts and a wide range of thermoplastics. Typical resins include PP, PE, ABS, PS, PC, PA (nylon), POM and many filled or engineering grades when properly dried and processed. Because of its robust clamping and injection capacity, it performs well for larger housings, automotive interior/exterior components, appliance panels, large medical trays, and industrial containers.

How should I prepare and set up the N500 for molding large automotive or appliance parts?

Use a mold sized to the platen dimensions with appropriate support plates and ensure good mold alignment. Choose a mold base with adequate cooling circuits and, for large cavities, consider hot-runner systems or multi-gate layouts to ensure balanced filling. Verify clamp force is sufficient to prevent flash, set injection speeds and switch-over points to avoid hesitation, and confirm the injection unit shot capacity covers the largest required shot plus safety margin. Provide proper floor mounting, power, cooled water and robot/part-handling interfaces as needed.

What machine parameter changes help produce thin-wall, fast-cycle parts on the N500?

For thin-wall molding increase injection speed and maintain high injection pressure to ensure complete filling before freezing. Use a higher melt temperature within the resin’s range, optimize switch-over and packing timing (shorter pack with higher pressure), minimize residence time and use an appropriate screw/profile for high shear/melt homogeneity. Good mold venting, uniform cooling channels and precise gate design (small, well-placed gates) are also critical to avoid flow hesitation and weld lines.

Can the N500 support multi-cavity or family molds, and what should I consider?

Yes — the N500 can run multi-cavity and family molds if the injection unit volume and pressure capacity match the total shot and flow requirements. Key considerations: balanced runner design (hot-runner systems or well-balanced cold runners), sufficient hold/pack capacity, robust clamping force, individual cavity pressure monitoring where possible, and careful gating strategy. Pay attention to fill time consistency, temperature control across the mold, and adequate cooling to avoid part variation between cavities.

What routine maintenance and shop infrastructure are required to keep the N500 running reliably?

Daily checks: clean hopper and feed throat, inspect barrel/screw for wear, verify hydraulic oil level/temperature (or inverter/servo system status), check cooling water flow and temperature, and confirm safety interlocks. Weekly/monthly: clean filters, inspect hydraulic hoses and electrical connectors, check platen parallelism and tie-rod lubrication, and review cycle-data logs for anomalies. Shop infrastructure: stable three-phase power supply, regulated plant cooling water, appropriate dryer for hygroscopic resins, level floor with anchoring if recommended, and trained operators for set-up and maintenance.

How do I troubleshoot common defects on the N500 such as short shots, flash, sink marks or burn marks?

Short shots – check melt temperature, injection speed/pressure, shot size, and mold venting; ensure the screw and barrel are not worn. Flash – increase clamp force, reduce injection speed if overpacking, check mold alignment and worn parting lines. Sink marks – increase pack/hold pressure and time, lower melt temperature slightly, or improve cooling in thick sections. Burn marks – reduce melt/residence temperature, increase venting, avoid trapped air by improving vent areas or slower fill near vents. For persistent issues, verify mold condition, check material moisture/drying, and review process logs to isolate changes.

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