On-track Technology

On-track Technology By tailoring our manufacturing to your requirements, our goals are to provide you with the HIGHEST QUALITY products, ON TRACK, ON TIME and ON BUDGET.

On-Track Technology is an innovative Contract Electronic Manufacturer (CEM) that has been providing Electronic Manufacturing Services (EMS) to our customers since 1991. On-track Technology Pty Ltd is an 100% Australian owned company committed to being the most flexible and innovative Contract Electronic Manufacturer (CEM) in the industry. Our pursuit for HIGHER QUALITY, HIGHER PRODUCTIVITY, LOWER

PRODUCTION COSTS and FASTER TURNAROUND TIME has meant On-Track Technology is continually reviewing and updating our manufacturing processes with the latest state-of-the-art machinery and industry best manufacturing process models. Our recent newly purpose built manufacturing facility is housed in a modern climate controlled air conditioned facility with 100% ESD safe working environments

🔥 Heat. Vibration. Dust.Industrial environments push electronics to the limit.When a PCB fails, the entire system can st...
01/06/2026

🔥 Heat. Vibration. Dust.
Industrial environments push electronics to the limit.

When a PCB fails, the entire system can stop.

That’s why reliability is built into every stage — from design review to inspection and testing.

Here’s how we ensure performance in harsh conditions:

🌡️ Thermal stability for high-temperature operation
🔧 Robust assembly to withstand vibration and mechanical stress
🌫️ Protection against dust and environmental exposure
🧪 Thorough inspection and testing for long-term durability

Built for real-world conditions — where uptime isn’t optional.

📖 Learn how we support industrial automation systems:
👉 https://on-track.com.au/pages/news/53

💬 What’s the toughest environment your electronics need to survive?

⚙️ When Automation Stops, Everything Stops.Industrial automation runs non-stop—but only if the electronics behind it can...
28/05/2026

⚙️ When Automation Stops, Everything Stops.

Industrial automation runs non-stop—but only if the electronics behind it can keep up.

At the core of every system is a PCB that has to survive heat, stress, and constant operation—without failure.

Here’s how we help OEMs and manufacturers stay ahead:

🔧 Engineered for 24/7 reliability
🌡️ Built to perform in high-temperature environments
⚡ Ensuring clean, stable signal integrity in complex systems
🛠️ Designed to minimize downtime and maintenance risks

From motor drives to full production lines, PCB quality isn’t just important—it’s mission-critical.

📖 Curious how we approach industrial PCB assembly?
👉 https://on-track.com.au/pages/news/52

💬 What’s the biggest reliability challenge in your automation systems right now?

LinkedIn💡 Case Study: Achieving 99.9% First-Pass Yield in Medical Device ManufacturingHow do you ensure consistent quali...
27/05/2026

LinkedIn
💡 Case Study: Achieving 99.9% First-Pass Yield in Medical Device Manufacturing

How do you ensure consistent quality in high-reliability medical electronics?

In this case study, we partnered with a medical diagnostics device manufacturer to optimize their PCB assembly process—achieving an impressive 99.9% first-pass yield through advanced X-ray inspection and process control.

🔍 Advanced X-ray inspection for hidden defect detection
⚙️ Optimized process control for consistent assembly performance
📉 Reduced rework and production delays
✅ Increased reliability for critical medical applications

The result? PCB assemblies you can trust—where precision and reliability are critical.

👉 See how we did it →
https://lnkd.in/dFtsJGKd

⚠️ EMC issues don’t start in testing. They start in design.Small PCB layout decisions can lead to:• Broken return paths•...
26/05/2026

⚠️ EMC issues don’t start in testing. They start in design.

Small PCB layout decisions can lead to:
• Broken return paths
• Large loop areas
• Poor grounding and decoupling
• Crosstalk and impedance problems

Most of these issues only appear during testing or in the field, when fixes are already expensive.

High-reliability assemblies require EMC to be designed in from the start.

🔍 Learn how to avoid these mistakes:
https://lnkd.in/g9V3J7Mw

✨ Clean isn’t just about appearance — it directly impacts product quality and reliability.In electronics manufacturing, ...
25/05/2026

✨ Clean isn’t just about appearance — it directly impacts product quality and reliability.

In electronics manufacturing, precision-controlled environments play a critical role in:
• Reducing contamination
• Ensuring process consistency
• Protecting sensitive components during assembly

From dust control to strict handling protocols and ESD-safe practices, maintaining a clean production space leads to higher yields and more reliable PCB performance.

High-reliability assemblies require ISO Class 7 cleanroom environments to ensure consistent and repeatable results.

🔍 Discover how cleanliness impacts PCB quality and long-term reliability:
👉 https://lnkd.in/gH9xyvyu

🔍 DID YOU KNOW?Microvias aren’t perfectly straight—and that small detail matters more than most designers think.Unlike s...
21/05/2026

🔍 DID YOU KNOW?

Microvias aren’t perfectly straight—and that small detail matters more than most designers think.

Unlike simplified diagrams, real microvias are laser-drilled, which naturally creates a tapered profile (wider at the top, narrower at the base).

Why does this matter?
• Affects copper plating uniformity
• Impacts reliability in HDI builds
• Influences manufacturability and design limits

Most visuals show cylindrical vias—but in real PCBs, geometry matters.

💡 The difference between “looks right” and “is right” can affect your entire build.

🔍 Not all vias are created equal—and choosing the wrong one can compromise your entire PCB design.In high-performance el...
20/05/2026

🔍 Not all vias are created equal—and choosing the wrong one can compromise your entire PCB design.

In high-performance electronics, via selection directly impacts signal integrity, reliability, and manufacturability.

Here’s a quick breakdown:

🔌 Through Vias – Reliable and cost-effective for standard multilayer boards
🎯 Blind Vias – Save space by connecting outer to inner layers only
🔒 Buried Vias – Hidden connections within inner layers for complex designs
⚡ Microvias – Essential for HDI boards, enabling compact, high-density layouts

Each type serves a purpose—but selecting the right combination is where engineering expertise matters.

💡 The wrong via strategy can lead to:
• Signal loss or interference
• Manufacturing complexity
• Increased production costs
• Reliability risks in critical applications

With the right design approach, vias become a powerful tool—not a limitation.

👉 Want a deeper breakdown of when and how to use each via type?
Read the full article here: https://lnkd.in/gCrqs4dZ

💡 Smarter PCB design starts with smarter interconnections.

🏥 Lives depend on what we build. There is zero room for error in medical electronics.Every PCB inside a medical device m...
19/05/2026

🏥 Lives depend on what we build. There is zero room for error in medical electronics.

Every PCB inside a medical device must deliver uncompromising precision, full traceability, and proven reliability — because failures don’t just cost money, they can directly impact patient lives.

That’s why medical electronics manufacturing demands:
🔬 ISO 13485-certified processes
🧼 Controlled & clean production environments
🧪 Rigorous inspection and functional testing

With 10+ years supporting Australian MedTech companies, we help bring designs from prototype to full-scale production — built for strict compliance and real-world performance.

💡 In medical devices, quality isn’t a feature — it’s a responsibility.

👉 Get in touch to start your next medical project.
Read the full article: https://lnkd.in/gsbkcGd8

💡 Quick Tip: Design your PCB with assembly in mind!A layout that looks good on screen doesn’t always translate smoothly ...
18/05/2026

💡 Quick Tip: Design your PCB with assembly in mind!

A layout that looks good on screen doesn’t always translate smoothly into production. Small oversights can lead to defects, delays, or costly rework.

Start with the basics:
• Keep components at least 3mm from board edges
• Avoid mixed orientations
• Plan ahead for processes like wave soldering

⚠️ Small layout decisions = costly assembly problems

💬 Full guide link in the comment

👇 We'll share more practical assembly-friendly design tips below

Can you confidently read SMD component markings? 🤔A small code like “332” or “224” might look simple — but misreading it...
14/05/2026

Can you confidently read SMD component markings? 🤔

A small code like “332” or “224” might look simple — but misreading it can lead to wrong values, rework, or even board failure.

Here’s a quick guide to help you decode:

🔶 Resistors (3-digit & R code)
🔷 Capacitors (common markings)
🔸 Inductors (manufacturer-dependent codes)

⚠️ As shown in the image, some components like ceramic capacitors may not have markings — always verify with your BOM or datasheet.

🔍 Do you double-check your SMD codes before assembly?

📘 Want a deeper guide with more examples?
Read the full article here: https://lnkd.in/gZhSjicp

Address

Milperra, NSW

Opening Hours

Monday 7am - 5pm
Tuesday 7am - 5pm
Wednesday 7am - 5pm
Thursday 7am - 5pm
Friday 7am - 5pm

Telephone

+61297007000

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