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ONGO N series plastic injection molding machine N410 1

ONGO N series plastic injection molding machine N410 2

ONGO N series plastic injection molding machine N410 3

ONGO N series plastic injection molding machine N410

Thin wall plastic injection molding machine

The ONGO N Series N410 is a mid-range plastic injection molding machine designed for stable, high-precision production of small-to-medium parts. It pairs a rigid mechanical frame with a responsive servo-driven hydraulic system and an intuitive touchscreen controller to provide fast cycle times, lower energy use, and simple operation. Selling points that impress users: precise repeatability and stable clamp force, energy-saving servo hydraulics, user-friendly controls with quick setup and diagnostics, robust low-maintenance construction, and versatile mold compatibility for varied applications.

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

PP,PVC,PET,HDPE,PC,ABS Delivery time：30 days Model：N410JD Transaction mode：T/T

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Clamping force

4100KN

Precision Production, Premium Finish

The ONGO N410 is a High speed, Plastic injection molding machine designed for Thin-wall plastic production, delivering rapid cycle times and reliable multi‑cavity performance to accelerate packaging runs and produce sleek, consistent product shapes. Close collaboration with customers and advanced injection control modes ensure precise surface quality and styling, longer mechanical life, and significantly reduced defects for delicate thin‑walled parts. Modern processing technology and an enhanced design platform simplify rapid prototyping and scale‑up, cutting costs while providing high efficiency and stable performance you can depend on.

● High-speed thin-wall precision

● Multi-cavity fast production

● Consistent quality, lower costs

● Durable engineering, stable performance

Product Display

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Precision, Efficiency, Durability, Versatility

Repeatable Precision Injection Performance

Rigid platen and an optimized injection unit, combined with rapid servo-driven injection and intelligent control, deliver consistent dimensional accuracy and repeatable results for thin-wall, high-speed production.

Energy Efficient Servo Hydraulics

Advanced servo-driven hydraulics reduce power consumption while providing fast clamping response and smooth motion, lowering operating costs and noise.

Fast Stable Injection Dynamics

Ultra-fast melt and injection stability enable shortened cycle times and reliable high-speed filling for demanding applications without compromising part quality.

Modular Low Maintenance Design

Low-maintenance modular components and integrated process monitoring maximize uptime, simplify servicing, and improve overall yield.

Precise

The ONGO N series Plastic injection molding machine N410 combines High speed injection control and robust mechanical design to deliver high efficiency, stable performance and extended mechanical life for rapid prototyping and mass production. Advanced processing technology and optimized forming control make it ideal for Thin-wall plastic molding, multi-cavity molds and traditional industry upgrades by significantly improving yield and precision. Its enhanced design platform, precision injection system and rapid response control ensure repeatable, high-throughput production with reduced cycle times and improved product quality.

◎ Rigid platform

◎ Precise injection

◎ Throughput efficiency

Application Scenario

High-Speed Thin-Wall Food Packaging

The N410 delivers ultra-fast cycles and precise injection control to mass-produce thin-wall food containers with consistent dimensional accuracy while minimizing material waste.

Disposable Medical Device Components

Ideal for high-volume molding of thin sterile disposables (syringe barrels, test cassettes) where tight tolerances and repeatable cycles ensure quality and productivity.

Precision Electronic Housing Manufacturing

Produces thin-wall electronic enclosures and connector shells at high speed with fine shot control to maintain fit, finish, and reduced scrap for electronics makers.

Automated High-Volume Consumer Packaging

Integrates with automated lines to run lids, trays, and single-use packaging, maximizing throughput through rapid cycle times and efficient material use.

Material Introduction

The ONGO N410 uses wear‑resistant steels, precision alloys and advanced barrel/screw materials to provide rigid clamping, long mechanical life and stable thermal control for reliable molding. Advanced injection control and modern processing technology enable High speed processing of engineering resins and Thin-wall plastic parts, allowing consistent accuracy in multi‑cavity molds and rapid prototyping. This Plastic injection molding machine is optimized for thin‑walled production, delivering high efficiency, performance stability and significantly improved yield across traditional and high‑volume plastic processing applications.

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FAQ

What types of plastic materials can the ONGO N series N410 process?

The N410 is designed to handle a wide range of thermoplastics commonly used in industry: polypropylene (PP), polyethylene (PE), polystyrene (PS), acrylonitrile butadiene styrene (ABS), polycarbonate (PC), polyamide (PA/Nylon), polyoxymethylene (POM), PET (with proper drying), TPU and many glass- or mineral-filled engineering grades. Some heat- or moisture-sensitive materials will require proper drying and barrel temperature profiles; reinforced and filled materials may need hardened screws and wear-resistant components.

What kinds of parts and part sizes is the N410 best suited for?

The N410 is targeted at medium-to-large molded parts and higher shot-weight applications — typical examples include automotive interior/exterior components, appliance housings, large lids and containers, industrial crates, and furniture components. It also performs well with thin-wall designs and multi-cavity molds if the mold and process are engineered for even filling and cooling.

Which industries and application scenarios commonly use the N410?

Common application scenarios include automotive (dashboards, bumpers, mounting brackets), home appliances (washing machine and refrigerator housings), electrical and electronics enclosures, large consumer goods (containers, garden equipment), industrial components, and non-implant medical/diagnostic housings. The machine is suitable where robust clamping force, repeatability and integration with automation are required.

How can I optimize cycle time and throughput on the N410?

Optimize cycle time by working on mold design (balanced runners, conformal or improved cooling channels), use hot-runner systems when appropriate, fine-tune injection speed/packing profiles, and set efficient barrel and mold temperatures. Employ servo-driven systems and optimized hydraulic controls (if available) for faster and repeatable motions. Automation — robotics for part removal and in-line inspection — and preventive maintenance to minimize downtime also significantly raise throughput.

What routine maintenance and daily checks should operators perform on the N410?

Daily checks should include cleanliness of the mold area and platen, barrel/nozzle condition, hydraulic oil level and temperature, grease/lubrication points, heater and thermocouple function, safety interlocks and guards, clamp and ejector operation, and checking for unusual noises or leaks. Keep a maintenance log, replace filters and oil per schedule, inspect screws and barrels if processing abrasive or filled materials, and perform periodic calibration of machine sensors for consistent production.

What safety and automation features or options are recommended for safe, efficient operation?

Recommended safety features include physical guarding, safety gates with interlocks, light curtains or area scanners, emergency stops, and two-hand controls where applicable. For efficiency and consistency, consider robotics for part handling, automated mold change systems, in-line vision inspection or dimensional gauging, process monitoring and data logging, and alarms for temperature, pressure, or cycle deviations. Integration with factory automation and MES improves traceability and reduces human error.

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jason@ongomachinery.com

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