News

THANK YOU FOR VISITING TOKIMEKU AT SEMICON!
A very big THANK YOU to all our customers and visitors who dropped by our Tokimeku and Hakko Joint booth at SEMICON 2025 from 20 - 22 May. We were so excited to learn about your production requirements and look forward to having an in-depth discussion on how Tokimeku can assist you further.  AUTOMATION WITHOUT DISRUPTION During the show, we introduced the latest addition to our range of show machines with the Automated Loading/Unloading Machine with 2D Camera Inspection, proudly designed and built by our in-house engineering team. With robotic... Read more...
Exploring The Types of LPKF Laser Machines
LPKF offers advanced laser machines that are designed to meet the rigorous demands of various applications, such as Laser Depaneling, PCB prototyping, Laser Plastic Welding and Laser Stencil Cutting. LPKF's laser technology combines innovation, efficiency and accuracy, making it a preferred choice for manufacturers seeking top-notch solutions. Laser Depaneling During the depaneling process, the already assembled PCBs are cut out of the panel using laser technology. The laser beam focuses on the material and removes it layer by layer, creating precise cuts. This technique is great for handling complex designs... Read more...
The Benefits of LPKF Laser Plastic Welding
Laser Plastic Welding uses precise laser energy to join plastic parts, creating strong and durable bonds without damaging surrounding materials. Unlike traditional methods, this technology ensures clean, high-quality results with minimal thermal or mechanical impact. LPKF offers advanced, user-friendly systems that provide precise, efficient welding for a variety of plastic materials. Benefits of LPKF Laser Plastic Welding No Adverse Effects on Surrounding MaterialsUnlike traditional methods that may cause deformation or leave residues, LPKF's laser welding method creates a clean, precise joint with no adverse effects on surrounding materials. High PrecisionLPKF’s laser welding systems provide exceptional... Read more...
8 Benefits of Laser Plastic Welding
Wonder how laser plastic welding can benefit your production line? Read on for more information! Read more...
Tracing flu Progression via a Smart Face Mask with the LPKF ProtoLaser U4
See how the LPKF ProtoLaser U4 is used in flu tracking research! Read more...
Wearable BioSensors for In-Flight Physiological Signal Monitoring with the LPKF ProtoLaser U4
Using the LPKF ProtoLaser U4 to create Prototypes for In-flight Wearable Bio-Sensors Read more...
Creating Flexible Printed Circuit in Parkinson's Disease Research with the LPKF Protolaser U4
See how the LPKF ProtoLaser U4 was used in a research on Parkinson's Disease! Read more...
Step-by-step guide to Laser Direct Structuring (LDS)
LDS connects mechanical and electrical elements to produce complex components that are impossible to manufacture through any other means. Read more...
One Stop Shop for PCB Prototyping
With LPKF, the entire prototyping process - design, production, testing and optimization can be completed in a single day. Entire prototyping process - design, production, testing and optimization can be completed in a single day. Read more...
SMT / Finishing
From solder paste application to component placement, LPKF provides low-costs and proven processes for an electrically functional product in just a few simple steps.  Read more...
PCB Drilling
All holes on a circuit board can be drilled using LPKF's circuit board plotters or LPKF ProtoLasers. Read more...
PCB Milling and Structuring
After the design of the circuit has been imported, the circuit board can be further developed. Read more...
Intelligent Software for PCB Prototyping
LPKF Circuit Pro imports data from design software, generates the individual processing steps, prepares it for production, and guides the user through the prototype manufacturing process. Read more...
Through-Hole Plating
After the circuit board is manufactured, it requires through-hole plating, solder mask coating, solder paste printing, assembly and reflow soldering to become a completed electronic assembly. Read more...
Printed Circuit Boards - Better Milled or Lasered?
Laser vs Milling PCBs. Find out if Laser Depaneling is the right choice for you! Read more...
Laser Technology for Molded Interconnect Device (MID)
3D Molded Interconnect Devices (MID) are plastic moldings that incorporate an integrated conductive pattern, combining mechanical and electrical functionalities. Read more...
LPKF Contac S4 - Through-Hole Electroplating
The LPKF Contac S4 is suitable for the professional manufacturing of PCB prototypes and small batches. Read more...
PCB Depaneling: Laser Technology Improves Quality and Efficiency for Automotive Applications
Laser depaneling technology promises high quality, flexibility, and cost efficiency.  Read more...
PCB Depaneling
Depending on the requirements, depaneling can be performed by either mechanical milling or laser depaneling. Read more...
Laser Depaneling
Depaneling of PCB is the process of separating PCB from overall panel using focused laser beam to ablate the material layer by layer. Laser Depaneling offers considerable advantages over conventional mechanical cutting processes Read more...
LPKF Laser Technology Ushers in New Era in the Medical Implant Industry
Click to read original article  A cochlear implant is a surgically implanted, electronic medical device that provides a sense of sound to people with hearing loss. In use for a few decades now, the device has enabled or restored hearing for 700,000 people. However, there are more than 460 million people with hearing loss worldwide. More than 60,000 cochlear implants are sold annually, but at least 60,000 babies are born with hearing loss in India and China alone. A single unit costs about $20,000 to $25,000 because the microelectrode array... Read more...