When a line can’t hold repeatable quality, every shift turns into firefighting—scrap rises, cycle time drifts, and delivery dates slip. That’s costly. With the IJT-SV220 standard servo injection molding machine, we focus on stable output first, then speed—so you can quote confidently and run clean, consistent production.

The IJT-SV220 is a standard servo injection molding machine built for dependable plastic part production: it combines a servo-driven hydraulic system (fast response, stable control) with a rigid clamping structure and precise injection control. When you match screw size, shot volume, and clamp force to your mold and resin, you get stable mass production, better yield, and predictable delivery milestones (FAT, commissioning, training).

What is the IJT-SV220 injection molding machine, and who is it for?

The IJT-SV220 injection molding machine is a machine horizontal (horizontal) production model designed for stable, repeatable molding. In plain terms: it’s made to help you make plastic parts with less drama—fewer stops, fewer defects, and more predictable output.

Our overseas customers are usually mid- to large-scale packaging and plastics processors, plus EPC contractors and regional distributors who build or upgrade lines. These buyers don’t just want a “selling injection molding machine” listing—they want a production-ready solution. That means the injection moulding machine must support stable mass production, fast quotation, clear milestones (FAT → commissioning → training), and long-term service.

As a factory-direct, engineering-driven supplier, we treat the injection molding machine as one piece of a bigger system: equipment + process support + turnkey delivery + lifecycle service. That’s the difference between “it runs” and “it runs reliably for years.”

Why does “standard servo” matter in a servo injection molding machine?

A servo injection molding machine uses a servo-driven control approach to reduce wasted motion and deliver faster response when the machine needs pressure or flow. In many real factories, this shows up as smoother operation, more stable repeatability, and easier tuning across different molds.

On the IJT series, the “standard servo” architecture focuses on consistent production rather than chasing extreme peak speed. That’s important if your priority is yield, stable quality, and predictable delivery—especially for thin-wall packaging, medical packaging/consumables, or industrial precision components where a small drift can create big reject rates.

In short: servo helps the machine behave the same way every cycle. And that’s what production teams care about most—repeatable results, not marketing buzzwords.

Injection unit choices: screw diameter, shot volume, and injection pressure—what do they mean?

Think of the injection unit as the machine’s “dosage and delivery” system. If you undersize it, you struggle with fill; if you oversize it, you may lose fine control or waste energy.

How to read this quickly:

• Bigger screw → larger shot volume and higher output potential, but pressure may drop.
• Smaller screw → higher pressure capability and often better control for smaller parts or tight tolerances.
• Your resin and part geometry decide what matters most.

If you plan to inject IJT-SV220 horizontal hydraulic molds for industrial precision components, injection pressure stability becomes important. For thin-wall packaging, injection rate and melt delivery consistency often matter more than raw pressure numbers.

Servo injection vs electric injection molding machine vs hydraulic injection molding machine—how do you decide?

Buyers often compare three categories:

• Hydraulic injection molding machine (classic, robust)
• Electric injection molding machine (high precision, clean, often higher cost)
• Servo injection (a practical middle ground for many factories)

The IJT-SV220 fits a servo injection molding machine approach, which many customers choose because it balances stability, cost, and maintainability.

Here’s a simple comparison table:

Preform injection and preform injection molding: is IJT-SV220 a fit?

Some buyers ask about preform injection and preform injection molding (often linked to PET applications). IJT-SV220 can be used in projects where shot size and mold design align with preform needs, but many PET preform factories prefer specialized configurations depending on cavity count and cycle target.

If you are building a PET-focused plan, you may also evaluate related options in the IJT family, such as ijt pet series servo injection and pet series servo injection molding, because those lines typically align better with dedicated preform production targets and scalability.

The key is not the label—it’s whether the injection unit, clamp force, and process control can hit stable output and yield at your required throughput.

How we support scaling: series servo options (PET, PVC, two-color) and future expansion

Even if you start with IJT-SV220, many factories plan expansion—more molds, new resins, or new product families. That’s why “series” matters.

Depending on your roadmap, you may later evaluate related models or categories like:

• ijt high-pressure series servo injection and high-pressure series servo injection molding (for certain demanding parts)
• ijt pvc series servo injection / pvc series servo injection molding
• ijt clear two-color series servo / two-color series servo injection molding
• fruit frame series servo injection / frame series servo injection molding
• ijt pet series servo injection for PET-focused projects

This scalability is important for distributors and EPC contractors, because it lets them standardize service and parts strategy across multiple customer sites.

FAQs

What makes the IJT-SV220 a servo injection molding machine instead of a basic hydraulic model?

A servo injection molding machine uses a servo-driven approach to control motion and response more precisely. On IJT-SV220, this supports stable operation and repeatable cycles—useful when you need consistent quality and yield.

Is IJT-SV220 an injection molding machine plastic solution for packaging and industrial parts?

Yes. The IJT-SV220 injection molding machine supports a wide range of plastic applications, including packaging-related parts and many industrial precision components, when you match the screw, shot size, and mold properly.

How do I choose the right screw diameter for this injection moulding machine?

Start from part weight, runner weight, and material. If you need higher pressure control for smaller parts, a smaller screw can help. If you need more output or larger shots, choose a larger screw. The goal is stable filling without stress.

Can this injection molding machine small production lines or does it need a large factory?

The IJT-SV220 is not the smallest model in the market, but it can fit many growth-stage factories and project lines. If you truly need an injection molding machine small footprint, we can recommend a smaller machine in the series.

What should I require in FAT for a selling injection molding machine deal?

Ask for a clear FAT checklist: safety, movements, injection stability, basic molding trial, documentation, and shipment readiness. FAT helps you reduce risk before the machine leaves the factory.

Do you support PLC and commissioning for overseas projects?

Yes—projects typically include the control setup (often requested as injection molding machine with PLC), commissioning, and training, plus spare parts and remote support options for long-term service.