デュケインジャパン Product Lineup

After 11 years since the release of the ultrasonic servo welding machine in 2010, Duquesne's ultrasonic servo welding machine has been reborn! The servo motor has been upgraded, maintaining the maximum load while increasing the speed of the up-and-down stroke, thereby shortening the cycle time. In addition to the patented melt detection function, speed profile function, and double hold control function that can also be used with previous models, it is equipped with more advanced welding control features such as load detection control and load increase rate control. The front of the press unit features a status screen that displays the condition of the device, allowing operators to grasp the current situation at a glance by showing various information. The smart stack quick change system enables tool-free stack replacement, achieving significant time savings during changeovers.

The new basic model series P220/P215 from Duquesne offers options equipped with features such as time control, energy control, peak power control, as well as distance control functions for welding distance and welding end position control. The load trigger mechanism has also been upgraded to a specification that detects actual load using high-end load cells, and even the standard model has transitioned from the traditional analog volume adjustment to a digital method using numerical input from the oscillator, improving reproducibility during step changes. The data output function, which was not supported in the previous i220 series, is now available through the use of the iQ-Explorer3 software. Additionally, when used in automatic machines, there is an iQLinQ communication function option that allows for complete control and monitoring from the device's PLC. Previously, external PLCs could only switch the welding conditions saved in the oscillator, but with iQLinQ, it is now possible to rewrite each parameter, significantly enhancing the compatibility between automatic machines and ultrasonic welding machines. Models are available for all frequencies of 15/20/30/35/40 kHz, allowing customers to choose the specifications that best suit their products.

The iQ-AiM series ultrasonic oscillator, specially designed for integration into automatic devices, can be connected to the device's PLC using communication modules such as CC-Link, Ethernet/IP, and Profibus, allowing all control and monitoring to be conducted from the device's PLC. The cumbersome connection of I/O wires is resolved with just one cable, eliminating the need for external amplitude control and output monitoring analog units. Ultrasonic control is possible not only through ON/OFF external signals but also through time control and energy control. Furthermore, by using an external encoder, it supports distance control, a first for probe-type oscillators. It also features Duquesne's patented output trigger function, enabling stable oscillation start and further enhancing ultrasonic welding in automatic devices.

The iQ Auto Plus ultrasonic oscillator is designed for use in automotive parts, packaging, and other automated manufacturing lines. It simplifies the previously cumbersome wiring process during installation by using a single cable, allowing for complete control and monitoring from an external PLC. Additionally, by combining it with the patented MPC unit, it is possible to switch multiple probes (transducers) to oscillate with a single oscillator.

The handheld ultrasonic welder "iQ HP-E" series improves the variability of welding conditions caused by differences among operators through patented technology for output triggering and oscillation energy control, enabling stable spot welding and riveting. The color LCD screen now supports Japanese display, making it even easier to use.

The communication module "iQLinQ," developed for the Duquesne iQ series probe oscillator, allows for direct control and monitoring of the ultrasonic oscillator from a PLC when used in combination with an automatic machine. The cumbersome wiring task of connecting each conventional I/O signal to terminals is completed simply by connecting one cable to a connector. This eliminates the hassle of wiring work and wiring errors, significantly reducing the engineering costs involved. Additionally, all welding control settings, data monitoring, limit settings, and confirmation of judgment results can be performed from the PLC, allowing the ultrasonic oscillator to be fully integrated and used as part of the automatic machine. In traditional methods, an analog unit was required for amplitude control and oscillation output signals, but using "iQLinQ" eliminates the need for these analog units. This new era communication unit completely disrupts the conventional control methods for ultrasonic oscillators in automatic machines, further enhancing the combination of the automatic machine and ultrasonic oscillator, and greatly contributing to the overall functionality of the equipment.

In the medical device industry, precise welding is required to ensure the safety and reliability of products. Particularly when handling fine components and delicate materials, the quality of the welding significantly impacts the product's performance. Welding defects can lead to product malfunction and pose risks to patients. The new ultrasonic servo welding machine, the Infinity series, achieves stable welding quality through high-precision servo pressure control and melt detection functions, contributing to quality improvement in medical device manufacturing. 【Usage Scenarios】 - Joining precision parts - Welding medical tubes and catheters - Assembling small medical devices 【Benefits of Implementation】 - Improved welding strength and reduced variability - Increased yield in the manufacturing process - Enhanced product reliability

The DUKANE-AURIZON rotary ultrasonic sealing unit achieves smoother feeding by rotating the ultrasonic unit in synchronization with the anvil, allowing for processing speeds of up to 150m/min and stable quality. Compared to conventional heat sealing, it has no high-temperature areas, making it safer, and production can start immediately after turning on the device, thereby improving productivity. The unit can be used in both vertical and horizontal positions, accommodating various packaging applications. Additionally, its lightweight and compact design allows for integration into existing equipment. It provides high-speed, high-quality seals for various packaging products, including end seals for vertical and horizontal pouches, overlap seals, top seals for pouch materials, and zip seals.

The Soniseal WD series from Duquesne Orazin is designed for ultrasonic sealing of packages in environments where equipment cleaning is performed, such as food manufacturing sites. Soniseal WD reduces maintenance costs and power consumption, and also shortens cleaning time as it does not require disassembly during cleaning. Soniseal WD can seal at a feed speed of up to 150m/min while maintaining high stability of the sealing condition. The sealing unit has a compact design and can be integrated into various packaging equipment. It supports not only continuous sealing but also sealing with intermittent motion, making it suitable for a variety of applications. The unit, sealed with a corrosion-resistant stainless steel cover, is IP67 compliant and built to withstand high-pressure and hot water cleaning.

The DUKANE-AURIZON Sonisolution RS series employs various patented technologies to enable high-speed and stable continuous sealing/bonding applications for non-woven fabrics and films. It can achieve sealing at a feed speed of up to 800m/min (20kHz model) while maintaining high stability in sealing/bonding conditions. The sealing unit is compactly designed and can be integrated into various packaging equipment. Additionally, it supports not only continuous sealing but also sealing with intermittent motion, making it suitable for a wide range of applications.

In packaging machinery, sealers typically use heat sealing, but adopting ultrasonic sealing offers various advantages: - No consumables - Production can start immediately after power is turned on - Lower power consumption compared to heat sealing - No warm-up time required - Generally, sealing time is less than 0.5 seconds - High sealing strength - High-precision sealing control with high-speed digital-controlled ultrasonic vibrations - Sealing is possible even with foreign substances present in the sealing area - The required sealing area is smaller, allowing for reduced material consumption - Less thermal damage to contents due to the absence of high-temperature heat sources - Maintenance can be performed immediately after equipment shutdown, reducing downtime To maximize these advantages, Duquesne offers a dedicated unit for horizontal sealing in packaging. By directly holding the nodal (vibration node) part of the horn, high mechanical rigidity is achieved, enabling stable sealing even at high cycles. When used with the iQ-AiM oscillator equipped with patented output trigger technology, even higher quality stability can be obtained.

The iQ Auto-Plus MPC is an ultrasonic oscillator that integrates the lightweight and compact iQ Auto-Plus oscillator, which has a solid reputation, with the MPC (Multi-Point Probe Control) unit. When performing multi-point spot welding or multi-point riveting on large components in multiple stages, it can switch and control up to 8 transducers with a single oscillator, thereby reducing the manufacturing costs of assembly equipment. The functions of the iQ Auto-Plus remain unchanged, and it also supports patented output trigger functions, energy control, and distance control (requires an external encoder). Its compact body can be integrated into control panels, and it has a maximum output of 600W (with 1200W models available for 30kHz and 35kHz), providing sufficient capacity for spot welding and riveting.

To achieve a stable seal, a stable ultrasonic oscillator is essential. Duquesne's ultrasonic oscillator for automatic machines uses the same digital oscillation circuit as high-end models and is a low-cost oscillator that incorporates only the functions necessary for use in automatic devices. It is equipped with all the necessary features for stable welding, including auto-tuning of frequency, line regulation, load regulation, external amplitude control functions, and various I/O signals. Additionally, by utilizing Duquesne's proprietary iQ-LinQ (Ethernet/IP or RS232) connection, all control and monitoring can be done with a single cable to the PLC, reducing wiring labor and expanding the flexibility of ultrasonic welding control.

In the automotive industry, reliable joining of components is essential to achieve both safety and durability. This is particularly important for body and interior parts that are exposed to vibrations and impacts, where the strength and reliability of the joints are crucial. Poor joining can lead to a decline in product quality and potential accidents. The new Infinity series ultrasonic servo welding machine enhances welding strength and reduces variability, enabling high-quality joining of automotive parts. 【Application Scenarios】 - Joining of body parts such as bumpers, instrument panels, and door trims - Joining of lighting components such as headlights and taillights - Joining of interior parts 【Benefits of Implementation】 - Improved yield due to stabilization of welding quality - Increased productivity through reduced cycle time - Shortened setup time through tool-less stack replacement

In the electronics industry, as product miniaturization progresses, high precision and reliability in component joining are required. In particular, reliable welding in limited spaces is a crucial factor that affects product performance. Traditional welding methods can face challenges such as quality variability and long cycle times. The Infinity series was developed to address these issues. 【Application Scenarios】 - Smartphones and tablets - Wearable devices - Joining of small electronic components 【Benefits of Implementation】 - Improved product quality through high-precision welding - Increased productivity due to reduced cycle times - Shortened setup time through tool-less stack exchange