At a glance
| Booth | Q5630 |
| Country | TW |
| Website | www.superbin.com.tw |
Company profile
SUPERBIN COMPANY LTD. was established in 1978, acts as an agent for well-known laser technology from Europe and America, and was the first pioneer to introduce lasers to Taiwan; its fields include academia, manufacturing, mass production, and cutting-edge technology industries, with a footprint in the Hsinchu Science Park. SUPERBIN COMPANY LTD. has progressively moved toward independent research and development, and its SUPERBLAB laboratory, established in 2012, provides laser micromachining methods from R&D trial production through mass production, develops customized laser processes, and helps industries address new-material and new-product development problems. SUPERBIN COMPANY LTD. provides customized laser machines, ultra-fast laser micro-processing equipment, European and American laser sources, and laser measurement equipment according to customer needs. Its expert team develops processes, machinery, and complete systems, with implementations in semiconductor, electronics, medical-device manufacturing, and display industries around the world, while its laser-processing competencies include picosecond and femtosecond processing, in-house optical design, and the proprietary SUPERCON processing software. SUPERBIN COMPANY LTD. provides worldwide, around-the-clock service for production systems and technological solutions from the initial idea to series production. Its application laboratory models process-and-technology development from feasibility pre-testing through prototype, functional-prototype, and mini-series work, supports process development and optimization, and works with customers to identify an economic production solution. Along with delivery, assembly, and commissioning, SUPERBIN COMPANY LTD. provides user training and custom-tailored maintenance and service contracts and remains a point of contact across the system life cycle. SUPERBIN COMPANY LTD. also expanded into CNC machine production, offering professional CNC automatic lathes including economical 2-axis and pro-multiple 3-axis gang-type CNC lathes for electronic connectors, computer components, food-processing machines, cars, and hardware accessories, using high-quality ball screws and linear guideways to meet precision needs. In 1978, SUPERBIN COMPANY LTD. became an agent of Coherent Laser and served mainly scientific-market customers; in 1984, it sold Taiwan's first high-power CO2 laser for die-board cutting and introduced laser technologies into the industrial market. In 1995, SUPERBIN COMPANY LTD. became an agent of Excitech and introduced laser technologies into micromachining; in 1998, it became an agent of JSW and introduced the JSW ELA machine into the LTPS process of Taiwan's panel industry with a stated 100% market share; in 2007, it became an agent of EKSPLA and described itself as the fastest-growing company among global agents. With the establishment of SUPERBLAB in 2012, SUPERBIN COMPANY LTD. began working with system integrators to provide customized laser solutions; in 2015 it became an agent of nLIGHT for high-power laser sheet-metal cutting and sold the first customized industrial laser-processing facility, FAMous. In 2018, SUPERBIN COMPANY LTD. acquired dealerships for Nuburu for laser welding and NKT laser for micro-processing applications, and it relocated to expand its office, application laboratory, and processing-facility assembly line. In 2019, SUPERBIN COMPANY LTD. applied updated laser technologies in display, semiconductor, and medical industries to enhance micromachining; in 2020, it cooperated with Taiwan's biggest passive-components manufacturing company for a semiconductor process; and in 2021 it successfully developed a wafer-level laser-process automation system.
Exhibits
SUPERBIN COMPANY LTD. provides customized laser solutions and advanced optical modules that can redefine pulse characteristics, wavelength, beam profile, temporal behavior, and optical conditions to optimize laser systems for demanding scientific and industrial applications. Its laser portfolio covers ultrafast, continuous-wave, tunable, infrared, ultraviolet, terahertz, and supercontinuum technologies for scientific research, semiconductor, biomedical, precision-manufacturing, and advanced-photonics applications, and it represents world-leading laser manufacturers across industrial and scientific markets. Its spectroscopy and diagnostic systems support laser characterization, ultrafast photonics, quantum optics, material analysis, precision optical measurement, real-time laser diagnostics, high-resolution spectroscopy, terahertz analysis, and ultrafast pulse characterization. Its optical imaging and measurement systems support scientific research, industrial diagnostics, fluid dynamics, biomedical imaging, precision quantitative analysis, high-speed visualization, flow measurement, microscopy, spectroscopy, and non-contact optical diagnostics. The product range also includes laser-processing machines, high-resolution and nanometer-resolution 3D printers, fiber-processing equipment, precision opto-mechanics for beam control, and laser components and subsystems for custom laser development, beam delivery, amplification, and precision laser control. The laser portfolio includes continuous-wave, quasi-continuous-wave, nanosecond, picosecond, femtosecond, and extreme-ultrafast technologies, spanning compact low-power laboratory sources through ultra-high-energy systems exceeding 100 J pulse energy. Ultrafast platforms range from picosecond pulse durations to specialized sub-5 fs systems, including solutions reaching approximately 4.5 fs for ultrafast science, attosecond research, nonlinear optics, and quantum photonics. Wavelength coverage extends from ultraviolet and infrared to terahertz, supercontinuum white-light, excimer UV, and tunable OPO and OPA systems, while advanced industrial lasers support precision welding, additive manufacturing, semiconductor processing, copper welding, battery manufacturing, vapor-chamber and heat-spreader processing, medical-device fabrication, and high-reflectivity metal applications. Scientific laser systems support Laser-ARPES, pump-probe spectroscopy, multiphoton microscopy, quantum optics, frequency-comb generation, terahertz spectroscopy, single-photon source excitation for quantum-dot materials, ultrafast spectroscopy, and advanced optical metrology; additional platforms include high-brightness blue lasers, direct-energy laser technologies, supercontinuum white-light lasers, quantum-photonic systems, and specialized defense-oriented laser architectures. Pulsed-laser systems support femtosecond, picosecond, and nanosecond regimes for ultrafast science, spectroscopy, nonlinear optics, micromachining, and advanced scientific research, while the listed industrial continuous-wave laser offering is designed for heavy-duty industrial operation and includes entries for picosecond or femtosecond pulse durations tailored to micromachining, microfabrication, photovoltaics, and ophthalmology. Tunable-wavelength systems include OPO and OPA platforms with tuning from 192 to 16000 nm, femtosecond, picosecond, and nanosecond pulse durations, and narrow-bandwidth models, while scientific continuous-wave lasers are optimized for low-noise spectroscopy, quantum optics, microscopy, interferometry, and other precision research. The portfolio also lists excimer lasers, CO2 lasers, tunable dye lasers for spectroscopy and nonlinear and ultrafast photonics, and high-energy systems for OPCPA, plasma physics, and laser shock peening. For imaging and measurement, SUPERBIN COMPANY LTD. supplies technologies for neuroscience, biomedical research, fluid dynamics, combustion, spray analysis, industrial diagnostics, and high-speed scientific visualization. Multiphoton microscopy supports deep-tissue and in vivo imaging with low phototoxicity and high spatial resolution for long-term neural-activity monitoring, live-cell imaging, developmental biology, and biomedical research, while Optical Coherence Tomography provides non-contact high-resolution cross-sectional imaging for biomedical diagnostics, semiconductor inspection, microstructure analysis, and precision industrial metrology. LDV supports high-speed single-point velocity measurement for turbulence, combustion flow, and industrial flow diagnostics; PIV provides planar two-component velocity fields; Stereo PIV measures three velocity components within a plane; Tomographic PIV reconstructs volumetric three-dimensional flow fields; and PTV tracks individual particles in volumetric space. BOS visualizes density gradients, thermal flow, gas leakage, shockwaves, and refractive-index variations, while spray and particle diagnostics support spray-angle measurement, plume geometry, droplet sizing, particle counting, particle distribution, and fuel-injection characterization. Combustion diagnostics include PLIF, Tunable-LIF, Raman imaging, Rayleigh thermometry, LII soot diagnostics, chemiluminescence imaging, flame spectroscopy, and high-speed flame imaging, and high-speed imaging covers shockwaves, combustion, fluid instabilities, plasma dynamics, droplet breakup, and high-speed industrial processes. Additional imaging offerings include FlowMaster for PIV, PTV, and LDV; FlameMaster for species, temperature, soot, and laser imaging in flames; EngineMaster for engine diagnostics and optical engine indication; SprayMaster for spray analysis and quality control; particle imaging for size, shape, and velocity using Shadowgraphy and IMI; and StrainMaster for surface or volume deformation and strain using DIC and DVC.
Capabilities and products
- custom laser process development
- customized laser machines
- ultrafast laser micromachining equipment
- picosecond and femtosecond laser processing
- European and American laser source supply
- laser measurement equipment supply
- spectroscopy and laser diagnostic systems supply
- optical imaging and measurement systems supply
- nanometer-resolution 3D printer supply
- wafer-level laser process automation system
- 2-axis/3-axis gang-type CNC automatic lathes