Company Updates and Industrial News

ALL Toki Updates Success Stories Industry Tech
Beyond PCB Separation: Applications of the LPKF CuttingMaster 3290
As printed circuit board (PCB) designs become smaller and more densely populated, modern manufacturers require an advanced laser PCB depaneling solution that delivers extreme precision without compromising board quality. Traditional mechanical methods like routing or punching introduce mechanical stress, dust, and tool wear, rendering them inefficient for advanced electronic assemblies. The LPKF CuttingMaster 3290 is a next-generation laser PCB separation system engineered for fast, precise, and stress-free depaneling. Powered by a 90 W laser and proprietary Tensor Technology, it delivers double the throughput of conventional systems while ensuring pristine cut... Read more...
Laser Soldering Methods in Precision Electronics Assembly: Wire, Paste, Preform and Solder Ball Approaches Compared
Laser Soldering Laser soldering is increasingly adopted in high-reliability electronics manufacturing due to its:  Non-contact heat delivery Localized thermal control Programmable energy input Reduced mechanical disturbance  However, “laser soldering” is not a single process.  Four primary material delivery methods exist:  Laser Wire Soldering Laser Solder Paste Soldering Laser Preform Soldering Laser Solder Ball Soldering Each method differs in:  Solder volume control Flux dependency Joint geometry suitability Production scalability This paper provides a technical comparison and segmentation framework for selecting the appropriate laser soldering method.  Industry Context Laser soldering systems from top suppliers... Read more...
Laser Soldering Methods Explained: Wire, Paste, Preform or Solder Ball – Which Is Right for Your Application?
Choosing Laser Soldering Laser soldering has become an increasingly popular joining technology in precision electronics manufacturing. By delivering heat through a focused laser beam rather than a physical soldering tip, manufacturers can achieve highly localized heating, excellent process control, and minimal thermal stress on surrounding components. However, choosing a laser soldering system is only part of the equation. Equally important is selecting the right solder material delivery method. From high-mix PCB assembly to medical devices and semiconductor packaging, different applications require different approaches to delivering solder. The four most common... Read more...
Introducing the LPKF CuttingMaster 3290: The Next Generation of Laser PCB Depaneling
In today's fast-paced electronics manufacturing industry, precision, speed, and reliability are more critical than ever. As PCB designs become increasingly compact and complex, manufacturers need advanced depaneling solutions that can keep pace with evolving production demands while maintaining exceptional quality. We are excited to introduce the LPKF CuttingMaster 3290—the latest generation of laser PCB depaneling technology. Engineered for high-performance manufacturing, the CuttingMaster 3290 combines faster processing speeds, enhanced cutting capabilities, and lower operating costs to help electronics manufacturers achieve greater productivity without compromising on precision. Built for Modern, High-Density PCB... Read more...
Choosing the Best Soldering Tool: Hakko FX-600 vs. FX-888DX
Handheld Irons vs. Benchtop Stations When evaluating soldering equipment, the choice between portable soldering irons and professional benchtop stations depends on your specific working environment, thermal mass requirements, and mobility needs. Portable irons prioritize flexibility and on-site accessibility for field technicians, whereas industrial benchtop stations provide superior thermal recovery, ESD (electrostatic discharge) safety, and micro-temperature calibration needed for continuous electronics manufacturing. Technical Specifications Matrix  Feature Hakko FX-600 Hakko FX-601 Hakko FX-888DX Form Factor Portable (Handle-Integrated) Portable(Heavy Duty) Digital Benchtop Station Power Consumption 50W 47W 100W Temperature Range 200°C to 500°C... Read more...
Expand Your Production Capability with Hakko’s Modular Soldering Platform
When production requirements evolve, your soldering setup should be able to adapt without forcing a complete equipment replacement. That’s where the Hakko FX-888DX Soldering Station stands out — offering a modular ecosystem that supports multiple applications using a single, cost-effective base station. A Flexible Platform for Multiple Soldering Applications The upgraded 100W Hakko FX-888DX desktop console is designed to be more than just a standard soldering station. It functions as a versatile base platform that allows operators to seamlessly switch between specialized handpieces depending on the task at hand. Instead... Read more...
Hakko FX-600 vs. FX-888DX: Portable Irons vs. Benchtop Stations
Choosing the right soldering tool depends entirely on your workspace, mobility needs, and thermal requirements. Some electronics hobbyists and field technicians prioritize portability and convenience, while professional engineers require precise temperature control and consistent thermal performance. To help you choose, we compare Hakko’s top portable soldering irons (FX-600 & FX-601) against their flagship professional benchtop station (FX-888DX). Quick Comparison: Portable Irons vs. Benchtop Stations  Feature Hakko FX-600 Hakko FX-601 Hakko FX-888DX Tool Type Portable Corded Soldering Iron Portable Corded Soldering Iron Professional Benchtop Station Power Output 50W 50W 100W Best... Read more...
Precision Redefined: The Power of Laser Soldering in Modern Electronics Manufacturing
As electronics continue to evolve toward smaller, more complex, and heat-sensitive designs, traditional soldering methods are reaching their limits. Manufacturers now require a solution that delivers higher precision, minimal thermal impact, and consistent repeatability. This is where laser soldering technology is transforming production lines. What is Laser Soldering? Laser soldering is a non-contact joining process that uses a focused laser beam to heat solder material precisely at the joint area. The energy is highly controlled, allowing only the target area to be heated while surrounding components remain unaffected. This makes... Read more...
Understanding Bite-Sized Automation: A Smarter Path to Modern Manufacturing
In today’s fast-evolving manufacturing landscape, automation is no longer a luxury—it’s a necessity. Yet for many companies, the idea of full-scale automation still feels overwhelming. High costs, operational disruption, and integration challenges often stand in the way. This is where 'bite-sized automation' comes in. What is Bite-Sized Automation? Bite-sized automation refers to a modular, incremental approach to automation—implementing smaller, targeted solutions instead of overhauling an entire production line at once. Rather than replacing everything, manufacturers can: Automate specific processes (e.g. soldering, inspection, dispensing) Integrate new systems with existing equipment Scale... Read more...
Streamlining Production: Toki’s In-line Inspection and Sorting Machine
We, at Toki Automation developed a Custom Automated In-line Inspection And Sorting Machine that seamlessly integrates with the production line, improving throughput, reducing defects, and providing real-time data for smarter decision-making. This kind of tailored solution showcases our hands-on approach to industrial automation and how we help businesses unlock operational excellence. Let’s take a closer look at each process: Automatic Transfer and Alignment Printed workpieces from upstream printers are automatically transferred onto the inspection system. A V-shaped guide structure funnels and aligns each jig into the correct position, ensuring secure... Read more...
Robotic Iron-Tip vs. Laser Soldering: Which fits your PCBA?
Compare Automated Iron-Tip vs. Laser Soldering for EMS. Learn when to use high-power Hakko systems or non-contact laser precision for zero-defect PCBA assembly.  Read more...
The Role of Automation in Production Lines
In today’s competitive manufacturing environment, smart automation is the key to productivity and quality. Discover how automated production lines work, why connectivity matters, and how Tokimeku transforms complex challenges into scalable, integrated automation solutions. Read more...
Additive Manufacturing Redefined with Schaeffler OmniFusion 3D
In an era where manufacturing demands precision, speed, and adaptability, traditional production methods often fall short. The Schaeffler OmniFusion 3D is redefining what’s possible in additive manufacturing, merging cutting-edge 3D printing technology with intelligent process control to produce parts with unmatched accuracy and consistency—even for the most complex geometries. How OmniFusion 3D Stands Apart Traditional additive manufacturing methods often struggle with limitations in material choice, layer adhesion, and process stability. OmniFusion 3D addresses these challenges through several advanced capabilities: Adaptive Layering: By adjusting layer thickness in real time based on... Read more...
Custom Automated Soldering Machine with Toki Automation
Toki designs custom automated soldering systems tailored to your specific soldering needs, ensuring every joint is accurate and reliable. Whether you need a standalone unit or a fully integrated inline system, these machines are built for precision, speed, and continuous operation. Read more...
OmniFusion 3D: The Future of Multi‑Material Printing
In today’s fast-paced manufacturing world, precision, speed, and adaptability are more important than ever. The Schaeffler OmniFusion 3D represents a significant leap forward in additive manufacturing, combining advanced 3D printing technology with intelligent process control to deliver high-quality, consistent results across complex geometries. Unlike traditional 3D printing methods, OmniFusion 3D leverages adaptive layering, real-time monitoring, and material optimization to ensure every part meets exact specifications. This makes it ideal for industries ranging from automotive and aerospace to electronics and industrial equipment, where reliability and performance are critical. Benefits of the... Read more...
How Toki Fixes the Common Challenges with Automation and System Integration
From incompatible machines to high startup costs and complex setups, the road to a fully automated production line is filled with obstacles. At Toki, we’ve seen these challenges — and we’ve built our approach to specifically fix them. What are the challenges? Machines Don't Communicate With Each OtherMany manufacturer have a mix of old and new equipment, often from different vendors. These machines use different communication protocols and were never designed to be connected.  Automation Is Too ExpensiveHigh upfront costs scare many businesses away from automation. A full system overhaul... Read more...
Benefits of Automation and System Integration
In today’s fast-moving world, sticking to old processes can slow your business down. Manual steps, disconnected systems, and fragmented workflows aren’t just inefficient, they also leave room for costly mistakes. That’s where Toki's automation and system integration come in.  At Toki Automation, we help manufacturers unlock these benefits through customized automation and seamless system integration, often working with your existing equipment so you don’t need a full overhaul. Benefits of automation and system integration Higher Throughput & ProductivityAutomation streamlines repetitive tasks like assembly, inspection, and packaging, significantly increasing speed and... Read more...
Understanding Solder Dross Recovery
During soldering processes like wave soldering, a byproduct known as dross forms on the surface of molten solder. It consists of metal oxides and impurities caused by high-temperature oxidation. Though considered waste, this material often contains a high percentage of reusable metal. Solder Dross Recovery is the process that reclaims valuable metal from solder waste. With the help of advanced dross recovery machines, companies can reduce material loss, minimize environmental impact, and improve production efficiency. Benefits of Solder Dross Recovery Cost EfficientRecovering solder from dross cuts down on the need... Read more...
ESG: Toki Automation and Sustainability for the Environment
ESG: Toki Automation and Sustainability for the Environment
Toki Automation's Role in ESG Compliance As a supplier to the electronics manufacturing industry, as well as the medical, aerospace, and educational sectors, Toki Automation recognizes the importance of staying... Read more...