Kantum Ushikata Co., Ltd. Product Lineup

The resonator structure of CERAMICORE, patented by the U.S. company IRADION, differs from conventional resonator structures in that the metal electrodes do not come into contact with the laser gas, preventing degradation of the laser gas. This results in a long lifespan, high output stability, high pointing stability, high beam quality, and excellent pulse characteristics of the laser beam. The Infinity Plus series offers even greater stability than the Infinity series, with a shorter pulse rise time (less than 40 μs), making it suitable for stable high-speed processing such as drilling. The output types range widely from 50 to 100W, and the oscillation wavelengths can be selected from 10.6 / 10.2 / 9.3 µm. The compact design of IRADION's CO2 lasers makes it easy to replace existing CO2 lasers currently in use. There are also options available for dedicated controllers, beam expanders, high-speed pulse detectors, and more.

The Infinity series from the U.S. company IRADION is a compact CO2 laser that offers a wide range of output options from 50 to 150W. The CERAMICORE resonator structure, patented by IRADION, differs from traditional resonator structures in that the metal electrodes do not come into contact with the laser gas, preventing degradation of the laser gas and resulting in a long lifespan, high output stability, high pointing stability, high beam quality, and excellent pulse characteristics of the laser beam. Optional dedicated controllers and beam expanders are also available.

The Eternity series from the American company IRADION is a compact, low-power CO2 laser. The CERAMICORE resonator structure, patented by IRADION, differs from conventional resonator structures in that the metal electrodes do not come into contact with the laser gas, preventing degradation of the laser gas and resulting in a long lifespan, high output stability, high pointing stability, high beam quality, and excellent pulse characteristics of the laser beam. There are also optional dedicated controllers and beam expanders available.

The Destiny series from the U.S. company IRADION is a high-output CO2 laser that is very compact compared to similar output products from other manufacturers, making it suitable for mounting on robotic arms. IRADION's patented CERAMICORE resonator structure differs from traditional resonator structures in that the metal electrodes do not come into contact with the laser gas, preventing degradation of the laser gas and resulting in a long lifespan, high output stability, high pointing stability, high beam quality, and excellent pulse characteristics of the laser beam. There are also optional dedicated controllers and beam expanders available.

High-performance lasers from Kobolt, optimal for analytical chemistry, industrial, and measurement applications. Achieves a balance of compact size and high output, providing stable laser output. ★Compact! Powerful! Exceptional pulse stability 'High-performance Q-switched pulse laser Tor series' A fixed laser with a stable output of 1.0W and high peak output. Ideal for applications requiring fine laser output, such as distance measurement, Raman lidar, micro-machining, and marking. ★Ultra-compact! For monitoring and control of gases! 'Wavelength-tunable (OPO) Odin series mid-infrared pulse laser' An ideal light source for environmental monitoring. Particularly suitable for monitoring pollution emissions control in the petrochemical, automotive, energy, and manufacturing industries, as well as for gas analysis spectroscopy of methane and ethanol. For more details, please refer to the catalog. Feel free to contact us with any inquiries.

561nm DPSSL single longitudinal mode (SLM) CW laser Cobolt Flamenco

Our company handles laser processing machines manufactured by OT-LAS. Among them, we would like to introduce two products equipped with CO2 lasers from El.En. that excel in situations requiring high output and high peak power. 'MX (Roll-to-Roll Laser Processing Machine)' This laser processing machine can continuously process various types of fabrics such as polyester, microfiber, silk, jeans, cotton, and viscose fibers in a roll-to-roll manner. 'BX (Laser Cutting Machine & Laser Marker)' This machine can cut leather, insoles, plastic, acrylic, granite, and marble. The minimum marking line width is 0.2 to 0.6 mm. *For more details, please feel free to contact us.

Cobolt is a manufacturer of compact continuous wave (CW) and pulsed laser oscillators with a rich variety of wavelengths, established in 2001 as a spin-out company from the Royal Institute of Technology in Sweden. To this day, it has achieved numerous accomplishments across various applications. Cobolt's lasers feature HTCURE technology (a technology for curing and fixing optical components within the housing), which ensures robust adhesion, reduces mechanical shrinkage, and excels in shock resistance and moisture resistance, boasting extremely high reliability. In 2015, by becoming part of the HÜBNER Group, which possesses wavelength-tunable visible CW lasers and THz technology, Cobolt aims to enhance technological synergies and achieve further advancements.

It is a small nanosecond Q-switched LD-excited solid-state laser. The oscillation wavelengths are four types: fundamental wave 1064nm, second harmonic 532nm, third harmonic 355nm, and fourth harmonic 266nm.

It is a compact, fully air-cooled laser device with a pulse width of ns.

It is a compact, air-cooled laser device capable of emitting laser light with a pulse width in the sub-nanosecond range.

The CO2 laser (carbon dioxide laser) from the Italian company El.En. (Ellen) regularly performs automatic gas exchanges, ensuring consistently stable beam quality and laser output. The RF1222/RF1555, in particular, has high output and high peak power, making it suitable for applications such as die board cutting, leather cutting, engraving on marble, and high-speed cutting. High peak power (2400W)! Self-refilling function! Built-in RF power supply!

The CO2 laser (carbon dioxide laser) from the Italian company El.En. is widely used as a light source for various laser processing machines. It is equipped with a self-refilling function that regularly performs automatic gas exchanges, ensuring a consistently stable output with high beam quality and high peak power. We offer a range of output options that can accommodate various applications such as laser cutting, laser marking, laser engraving, laser cleaning, and laser decoration.

High peak power (1100W)! High beam quality! Built-in RF power supply! Remote control via TCP/IP available!

The laser processing machine using El.En. company's CO2 laser can perform laser cutting and laser marking. It can cut materials such as leather, insoles, plastic, acrylic, granite, and marble.

This is a laser processing machine that uses El.En. company's CO2 laser to adjust and process 2D drawings into complex 3D surfaces. It can process materials such as polyester, microfiber, silk, denim, cotton, and viscose fibers.

Using the CO2 laser from El.En. Corporation, the laser processing machine can cut and perform marking/decorative processing on materials such as leather, fabric, wood, plywood, paper, glass, plastic, ceramics, and marble.

This is a laser processing machine that uses El.En.'s CO2 laser to create fine holes in plastics and wood.

This is a laser processing machine that can continuously process various types of fabrics such as polyester, microfiber, silk, jeans, cotton, and viscose fibers in a roll-to-roll manner using CO2 lasers from El.En.

This is a laser processing machine equipped with the RF177 from El.En. (average output 180W, peak output 450W). It comes with a power supply, controller, and focusing optical system, making it ready for use on the production line. It is capable of cutting and trimming materials such as polyester, microfiber, silk, jeans, cotton, and viscose fibers.

This device efficiently transmits the laser light emitted from ElEn's CO2 laser equipment to the tip of the robotic arm, enabling 3D laser cutting.

This is a handheld fiber laser welding machine equipped with its own self-cooling function, capable of achieving an output of 1.5kW without a chiller. It is more compact compared to conventional handheld fiber laser welding machines! Thanks to the self-cooling function, it can be used in environments ranging from -20°C to +60°C!

The CH256X1 is a 3D LiDAR that achieves a compact and lightweight design at 2kg, despite having a wider vertical angle of 40° (compared to the conventional 25°). It comes in two types: a 450m type and a 200m type, making it ideal for outdoor use and large indoor facilities. The 200m type reduces the distance by half but doubles the point cloud count to an industry-leading 3.07 million points per second. It is perfect for applications that require an overview from a high vantage point, such as traffic systems (V2X), surveillance systems, and crowd analysis in large facilities. It is designed to withstand vibrations (5Hz to 2000Hz, 3Grms) and shocks (500m/sec², 11ms), and with an IP67 protection rating, it is suitable for use in rain and dust. The dual echo function allows for the detection of objects ahead even in fog and snow. It also includes a code added to the emitted laser to prevent interference with other LiDAR systems and sunlight. We also offer proposals for V2X systems that combine cameras, housings, industrial PCs, and SDKs.

The single-mode CW fiber laser "DK SIRIUS" from DK LASER has a core diameter of 14µm and an M2 value of less than 1.1. It features a very high energy density and strong resistance to reflected light, making it effective for various applications such as welding copper and aluminum, as well as 3D printing. It is also compatible with optional specifications.

The DK LASER company's multimode CW fiber laser "DK LEO" is an optimal laser light source for laser welding and cutting of highly reflective materials such as copper and aluminum, thanks to its patented anti-reflection feature. The core diameter can be customized to 50μm, 100μm, or 150μm.

The ring mode fiber laser "DK ORION" from DK LASER has three output modes: single mode, multi-mode, and simultaneous single/multi output mode. With a minimum fiber core diameter of 14μm, it can achieve a maximum core output of up to 3kW. It features a reflection prevention function, allowing for stable processing over long periods.

The Olieve series from Harley Precision is a picosecond laser designed with the advantages of DPSS lasers and fiber lasers, featuring a wavelength of 532nm and a pulse width of less than 10ps.

The Olieve series from Harley Precision is a picosecond UV laser with a pulse width of < 10ps, designed from the advantages of DPSS lasers and fiber lasers.

The Olieve series from Harley Precision is a picosecond laser designed with the advantages of DPSS lasers and fiber lasers, featuring a pulse width of less than 10 ps and an average output of 20W to 100W.

Harley Precision Laser's solid-state lasers are manufactured under precise management according to ISO 9001 quality management standards, in a CLASS 1000 cleanroom environment. They boast high output, high beam quality, and high reliability, all at a low price.

Harley Precision Laser's solid-state lasers are manufactured under precise management according to ISO 9001 quality management standards, in a CLASS 1000 clean room environment. They boast high output, high beam quality, and high reliability, all at a low price.

We would like to introduce the "fiber laser" from DK LASER, which we handle. Our lineup includes the single-mode CW fiber laser "DK SIRIUS" with a core diameter of 14µm and M2 < 1.1, as well as the multi-mode fiber laser "DK LEO" with anti-reflection features. Additionally, we also offer the ring-mode fiber laser "DK ORION," which has three output modes: single-mode, multi-mode, and simultaneous single/multi output mode. Please feel free to contact us if you have any inquiries. 【Partial Lineup】 ＜Single-Mode CW Fiber Lasers＞ ■ DK-SIRIUS 1000 ■ DK-SIRIUS 1500 ■ DK-SIRIUS 2000 ■ DK-SIRIUS 3000 *For more details, please download the PDF or feel free to contact us.

A technology has been developed that allows for the precise and inexpensive cutting of thick glass plates in the centimeter range, which was previously impossible, through special processing using lasers.

It has a rust removal function and is lightweight at 40kg, making it portable.

A 320nm laser is obtained from the second harmonic of the 640nm laser light generated from a Pr:YLF crystal using a blue semiconductor laser as the excitation light source. Lasers manufactured by Cobolt are known for their robust adhesion and reduced mechanical shrinkage due to HTCURE technology (housing optical component curing and fixing technology), offering excellent shock resistance and moisture resistance, and boasting extremely high reliability.

A 349nm laser is obtained from the second harmonic of a 698nm laser generated in a crystal doped with Pr. Cobolt's lasers boast extremely high reliability due to their HTCURE technology (housing optical component curing and fixing technology), which provides robust adhesion, reduces mechanical shrinkage, and excels in shock resistance and moisture resistance.

C-WAVE is a wavelength-tunable continuous wave laser that can oscillate in regions not achievable with conventional dye lasers and similar devices. This technology is based on optical parametric oscillation (OPO) and is fully computer-controlled, allowing for adjustments from blue to red and into the near-infrared without changing dyes or optical components.

The 1064nm laser is generated by an Nd:YVO4 crystal and is used in a wide range of fields due to its high durability and relatively easy oscillation wavelength. Cobolt's excellent resonator allows for the output of narrowband laser light up to 1.5W, while maintaining a compact size. The series is divided according to the size of the housing as follows: - 04 Series: Output up to 400mW - 05 Series: Slightly larger housing than the 04 series, with output up to 3000mW - 06 Series: The smallest type, with output up to 200mW

A 532nm laser is a coherent light source obtained by directing a 1064nm laser generated by an Nd:YVO4 crystal into a nonlinear crystal. Due to its relatively easy oscillation wavelength, it is used in a wide range of fields. Cobolt's excellent resonator allows for the output of narrowband CW laser light up to 1.5W, while maintaining a compact size. The series is categorized by the size of the housing as follows: - 04 Series: Output up to 400mW - 05 Series: Slightly larger housing than the 04 series, with output up to 1800mW - 06 Series: The smallest type, with an output of up to 300mW and capable of analog and digital modulation up to 50kHz.

It is compact and capable of oscillation with a turnkey operation, allowing for high peak power with a pulse width of less than 50 fs. By using pre-compensation for group velocity dispersion with a PC, it can be controlled to achieve the highest peak power at the focal point.

FemtoLux 3 is a state-of-the-art femtosecond fiber laser designed for both research and development applications as well as industrial applications. It allows for the optimization of laser conditions according to various applications such as marking transparent materials, volumetric processing, photopolymerization, biological imaging, and nonlinear microscopy.

FemtoLux is a high-power femtosecond laser developed with the premise of achieving the highest level of reliability, seamless device integration, and maintenance-free continuous operation 24/7, thanks to its innovative dry cooling method. With a wide range of options, this ultrashort pulse laser can be optimized for specific material processing tasks. Its outstanding performance earned it the Prizm Award at the 2024 SPIE International Conference.

This is a stand-mounted laser power meter capable of detecting wavelengths from 193 nm to 20 μm. We have a variety of models available, so please refer to the catalog. Other types and energy meters are also available.