NPM-VF | Panasonic Odd-Form Component Insertion Machine

|NPM-VF Panasonic Insertion Machine

The Panasonic Odd-Form Component Insertion Machine NPM-VF is used for automating the insertion of odd-form components on PCB assemblies. It is suitable for components that are difficult to handle with standard SMT placement, such as large capacitors, transformers, relays, power modules, connectors, coils, switches, shield cases, and other special parts. The machine helps reduce manual insertion work and supports more stable production. NPM-VF can also support SMT specification components, so it gives factories more flexibility when products include mixed component types. For Customers producing power boards, industrial control boards, communication boards, automotive electronics, or consumer electronics, this machine can help make the assembly process more controlled and less dependent on manual labor.

| Panasonic PCB Insertion Machine Features

• Automation of odd-form components insertion process.
  In addition , SMT specifications are also supported.

• Versatile and flexible : various configuration of head tools and machine feeder configuration to adapt to different types of components.

• Contribute to manpower reduction and stable production with high productivity , flexibility , high quality insertion

| Specification

| SMT Line Equipment List

A Panasonic Odd-Form Component Insertion Machine is often used inside a complete SMT and DIP production process. I.C.T can provide SMT loader, stencil printer, SPI, SMT mounter, reflow oven, AOI, DIP insertion line, odd-form insertion equipment, wave soldering machine, selective soldering machine, PCB conveyors, NG/OK handling, cutting equipment, and unloading systems. For odd-form components, the process must be planned carefully because component size, lead shape, board support, insertion force, and soldering method all affect the final result. I.C.T helps Customers match the full production line according to PCB size, component type, production capacity, inspection needs, and factory layout. This makes NPM-VF easier to connect with real factory production.

| Customer Success Video

I.C.T supported a Customer in Uzbekistan on a large electronics manufacturing project. The factory was planned for computer motherboards, SSDs, memory-related products, and other electronic assemblies. I.C.T joined the project from the early communication stage and continued through installation, debugging, and production testing. The SMT line included an I.C.T-5151 stencil printer, four SMT placement machines, Lyra series reflow ovens, SPI, AOI, and PCB handling systems. The DIP line included manual insertion, JUKI odd-form insertion equipment, I.C.T-Acrab350 wave soldering, and conveyor systems. During production testing, the Customer saw that full-line coordination helped make the SMT and DIP process clearer, faster, and easier to manage.

| Service and Training Support

For an NPM-VF Panasonic Insertion Machine project, I.C.T first checks the Customer’s real production needs. Our team reviews the PCB size, component drawings, lead type, insertion direction, feeder method, tray demand, soldering process, output target, and operator arrangement. This step is important because odd-form insertion is closely related to the component itself. After the equipment arrives, I.C.T engineers can support line positioning, utility checking, feeder setup, program preparation, sample board testing, and operator training. Training is based on the whole SMT and DIP process, so the Customer’s team can understand how insertion connects with previous SMT work and later soldering quality.

| Customer Feedback

Customers usually choose an Automatic Odd-Form Insertion Machine when manual insertion becomes slow, unstable, or difficult to control. In real production, odd-form components may have different shapes, heights, weights, and lead structures. If the process depends too much on manual work, output and quality may change from shift to shift. I.C.T helps Customers check these problems from the full line view. During startup, engineers review component feeding, insertion position, PCB support, soldering method, inspection result, and operator workflow. Customers value this type of support because it helps them reduce trial-and-error time. It also gives their team a clearer method for running mixed-component production.

| Certifications and Standards

I.C.T prepares complete production line projects with attention to safety, quality records, and export delivery details. The full SMT and DIP line solution can support common documents such as CE, RoHS, ISO9001, and related patent materials. Before shipment, our team checks machine condition, accessories, head tools, feeder-related parts, trays, cables, software files, spare parts, labels, packing lists, and export wooden case protection. For a Panasonic PCB Insertion Machine project, these checks are important because missing tools or feeding parts can delay installation. Clear packing and document preparation help the Customer receive the equipment with better records and start factory setup with fewer problems.

| About I.C.T Company and Factory

I.C.T supports electronics factories that need complete production line planning, not only one machine purchase. Our work covers SMT placement, DIP insertion, odd-form insertion, wave soldering, selective soldering, coating, dispensing, inspection, cleaning, and PCB handling. For Customers using SMT And DIP Component Insertion Machine solutions, I.C.T can help connect machine selection with board design, component type, soldering method, inspection needs, and production capacity. We have worked with more than 1,700 Customers in over 80 countries, covering power electronics, automotive electronics, LED lighting, communication devices, industrial control, consumer electronics, and computer-related products. Our engineering and service teams help Customers move from production planning to stable daily operation.