TechnoDigm Innovation Pte Ltd

TechnoDigm Innovation Pte Ltd TechnoDigm™ aims to provide total solutions in Fluid Dispensing and UV Curing System. We provide standard machines that can be adapted to your needs.

TechnoDigm™ aims to provide total solutions in Fluid Dispensing and UV Curing. We are committed to engineering excellence and dedicated to a continuous process of research and development. Our high-performance equipments are the optimal solution to complex dispensing and UV curing processes, thus enabling customers to concentrate on product enhancement. TechnoDigm™ works closely with industrial ma

terial suppliers to better understand material characteristics and application requirements. This provides us with the knowledge and experience to create user-friendly dispensing platforms that can handle a wide range of materials with different properties and characteristics. Our dispensing equipment ranges from simple table-top dispensing controllers to fully integrated in-line platforms. Each system is specifically designed to meet customers’ requirements on volumetric consistency, high throughput, low maintenance, and cost-efficiency. TechnoDigm™ ability to combine both technical knowledge and experience has gained us a reputation for high-precision systems with excellent repeatability. With our extensive range of products, we aspire to provide customers with total solutions in fluid handling and UV curing processes.

On Good Friday, we pause to reflect on the values of compassion, kindness, and renewal. Wishing everyone who observes th...
03/04/2026

On Good Friday, we pause to reflect on the values of compassion, kindness, and renewal. Wishing everyone who observes this day a peaceful and meaningful time.

🌙✨ Selamat Hari Raya Aidilfitri 2026! ✨🌙Wishing you and your loved ones a joyful celebration filled with peace, happines...
21/03/2026

🌙✨ Selamat Hari Raya Aidilfitri 2026! ✨🌙

Wishing you and your loved ones a joyful celebration filled with peace, happiness, and meaningful moments together. May this festive season bring renewed hope and prosperity to all.

12/02/2026

🧧✨ Happy Chinese New Year 2026! ✨🧧

Wishing you a year filled with prosperity, good health, and smooth success. May the year ahead bring new opportunities and continued growth!

恭喜发财，万事如意 🍊🎉

30/12/2025

✨🎉 Welcome 2026 with TechnoDigm™ 🎉✨

As we step into the New Year, we’d like to thank you for your continued trust and partnership. May 2026 bring new opportunities, success, and growth for you and your team.

We look forward to another year of collaboration, innovation, and shared achievements.
Happy New Year 2026! 🥂

23/12/2025

🎄✨ Merry Christmas from TechnoDigm™ ✨🎄

As the year comes to a close, we would like to thank you for your continued trust and support. May this festive season bring you joy, warmth, and cherished moments with your loved ones.

Wishing you a Merry Christmas and a bright, successful New Year ahead! 🎁❄️

The True Costs of a Jet Dispensing System (Part 4): Training, Support, and System FlexibilityFlexibility and UpgradesThe...
09/12/2025

The True Costs of a Jet Dispensing System (Part 4): Training, Support, and System Flexibility

Flexibility and Upgrades

The flexibility of the system and the ability to upgrade it can also impact Total Cost of Ownership (TCO). A system that can be easily adapted to changing requirements and kept up to date through upgrades is more cost-effective in the long run.

Product lifecycles in certain categories are relatively short. Continuous development happens regularly and in short intervals. This also affects machine design and the flexibility required for manufacturing processes. If a different dispensing result is needed or the dispensing medium changes, the jet valve must be reconfigured. Ideally, only settings need to be changed—not hardware.

However, hardware changes are often unavoidable. In these cases, it's extremely beneficial if a completely modular valve design is used. Instead of purchasing and integrating an entirely new jet valve, it's typically sufficient to equip the existing valve with an appropriate nozzle and adjust the dispensing parameters in the system controller. This drastically reduces investment costs for process changes or upgrades—from the price of a new system down to just a few hundred euros for components.

Since no additional training or mechanical adjustments are necessary, savings occur here as well. The modular design of a jet valve (see Figure 5) can save substantial costs. If only one valve type can be adapted to any jet dispensing process via compatible accessories, then used valves and components can easily be implemented in new machines and processes.

An insightful article by Julian Greiner. Stay tuned for the final part as we conclude our deep dive into the true costs of jet dispensing systems.

The True Costs of a Jet Dispensing System (Part 4): Training, Support, and System FlexibilityTraining and SupportThese c...
09/12/2025

The True Costs of a Jet Dispensing System (Part 4): Training, Support, and System Flexibility

Training and Support

These costs must also be considered. Well-trained operators and reliable customer support can help maximize system efficiency and minimize downtime.

Jet valves are relatively complex systems. Maintenance requires varying degrees of training depending on the system. Once again, the design of the system directly influences the costs. With technically complex systems, maintenance is generally more time-consuming. Training maintenance personnel is also more demanding. Specialized personnel, like machine components themselves, must be available redundantly. This adds planning complexity and costs.

Fast, reliable, and technically competent support can significantly reduce operating costs. When evaluating support, consider potential language, cultural, and time zone barriers. For example: a customer in Malaysia operates in a different time zone, has a different cultural background, and communication takes place in English. These factors affect response time—often delaying it by a full business day. Misunderstandings due to language and cultural differences can cause additional issues. Support personnel located in the same time zone with the appropriate language skills can drastically reduce downtimes and save substantial costs.

Best practices for production: ✔️ Plan and schedule downtime ✔️ Use qualified personnel ✔️ Apply correct tools & spare p...
25/11/2025

Best practices for production:
✔️ Plan and schedule downtime
✔️ Use qualified personnel
✔️ Apply correct tools & spare parts
✔️ Review manuals before major work

If maintenance goes wrong, you’re forced back into buying new equipment — and your TCO calculation collapses.

How to calculate downtime costs:
1️⃣ Downtime (h) = planned time − actual operating time
2️⃣ Avg. production rate = units ÷ planned time
3️⃣ Unproduced units = downtime × production rate
4️⃣ Gross losses = unproduced units × profit per unit

Unplanned Downtime (%) = (Downtime ÷ Total Time) × 100

Beware of “cool” features that add complexity without adding value — shiny touchscreens, exotic materials, unnecessary engineering. In industrial production, simplicity wins.

After maintenance, a jet dispensing system must be restarted and recalibrated. With 99% precision and droplets as small as 200 µm, even small deviations matter. In systems using multiple jet valves, all must produce identical results — often difficult in tight machine layouts with limited access.

⏳ Downtime isn’t just lost hours — it’s lost money.
Insight by Julian Greiner. Stay tuned for the next part! 🚀

🚨 Downtime costs more than you think! When choosing a dispensing system, reliability and low maintenance aren’t optional...
25/11/2025

🚨 Downtime costs more than you think!

When choosing a dispensing system, reliability and low maintenance aren’t optional — they shape your Total Cost of Ownership (TCO). True Downtime Costs (TDC) include everything that stops when your machine stops:

💸 Production losses
💸 Wages
💸 Utilities
💸 Spare parts
💸 Missed opportunities & customer trust

Downtime is expensive.

Many industries still discard parts at end of life because maintenance is complex, risky, or slow. But with growing sustainability demands, companies aim to clean, repair, and reuse instead of replace.

When evaluating a dispensing system, ask:
🔧 How many tools are needed?
🔩 How complex is disassembly?
🧩 How many small parts must be handled?
🧐 What sealing materials are required — and can they be installed incorrectly?
⚠️ Poor or delayed maintenance shortens equipment life. Good design should avoid catastrophic failure even when mistakes happen.

The True Costs of a Jet Dispensing System (Part 2): Beyond the Purchase Price2. Operating CostsThese include the ongoing...
11/11/2025

The True Costs of a Jet Dispensing System (Part 2): Beyond the Purchase Price

2. Operating Costs

These include the ongoing costs of running the micro dispensing system. This includes consumables like nozzles, but especially maintenance and spare parts. Jet valves typically require few consumables. The nozzles used are usually made of stainless steel or ceramic and last a long time. Abrasive fillers in the dispensing medium can cause rapid wear and significant costs, mainly on the nozzle and plunger(tappet).

Such cases are generally identified during the process evaluation and should ideally be considered in the total cost calculation. In high-wear scenarios, up to one nozzle per valve per day may be needed. If the cost of nozzle is significantly high, operating costs can quickly exceed acquisition costs. Sealing the actuator of a jet valve from the fluidic part is done differently depending on the valve design. Depending on the sealing material and configuration, the costs can vary significantly. Specially manufactured sealing materials can be very expensive. Ideally, standard parts should be used. Prices can range from a few cents for an O-ring to several hundred dollars for a complex, multi-part seal.

Cost savings can also be achieved by choosing the right sealing material. It doesn’t always have to be FFKM; often NBR is sufficient.

The price difference is significant and has a major impact, especially in high-cycle processes. O-rings can cost between a few dollars to tens of dollars or even hundreds for a complex, multi-part seal. Other parts of the valve are not subject to wear. The consumption of compressed air and electricity is relatively low and negligible in cost.

An insightful article by Julian Greiner. Stay tuned for Part 3, where we’ll continue exploring more cost factors in jet dispensing systems.

The True Costs of a Jet Dispensing System (Part 2): Beyond the Purchase Price1. Acquisition CostsIt's not new to say tha...
04/11/2025

The True Costs of a Jet Dispensing System (Part 2): Beyond the Purchase Price

1. Acquisition Costs

It's not new to say that these acquisition costs are often just the tip of the iceberg. Still, the follow-up and operational costs—which are sometimes not considered—are not sufficiently factor in during the equipment selection process.

These additional costs appear later and may not directly affect the buyers. For example, the costs may be recorded under a different cost centre. But the follow-up costs show up later and elsewhere.

The acquisition cost of a jet dispensing system includes the price of the valve, the associated controller, and any installation and training costs. Between different vendors, the prices for acquisition don’t vary significantly. Given the long lifespan of a jet valve, these costs are relatively minor.

Material feeding system costs must not be overlooked in this evaluation. Sure, when dispensing from a cartridge, the supply cost is very low and manageable. But in fully automated manufacturing processes that run around the clock, larger containers are often used to avoid downtime. This has several advantages, from the lower material price for bulk containers to savings in packaging and reduced space requirements. However, larger containers is more complex than simply pressurizing a cartridge with compressed air.

Material feeding systems are required, which in many cases cost significantly more than the dispensing system itself. A sustainable solution involves using a progressive cavity pump to empty the container, feed it into a degassing unit, and then use a second progressive cavity pump to transfer it to the dispenser.

If these costs are not considered in the calculation of the dispensing system, the budget for the solution can quickly be exceeded. The additional costs and resulting delays are unpleasant and, in some cases, problematic for a project.

An insightful article by Julian Greiner. Stay tuned for more as we continue covering each aspect in detail in the next part.

Address

63 Hillview Avenue, #09-11 Lam Soon Industrial Building
Singapore
669569

Opening Hours

Monday 09:00 - 17:00
Tuesday 09:00 - 17:00
Wednesday 09:00 - 17:00
Thursday 09:00 - 17:00
Friday 09:00 - 17:00

Website

Alerts

Be the first to know and let us send you an email when TechnoDigm Innovation Pte Ltd posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Contact The Business

Send a message to TechnoDigm Innovation Pte Ltd:

Shortcuts

Share