ウェーブクレスト Product Lineup

The TBRE101 is a passive receiving loop antenna used in the MIL-STD-461G RE101 test. It is employed to measure radiated emissions from electronic equipment and subsystems, including electrical cable interfaces for defense applications. The TBRE101 is used to measure low-frequency magnetic field emissions at a position 7 cm around the device under test (DUT). The test frequency range is from 30 Hz to 100 kHz. The test setup and measurement procedures are specified in Section 5.17 of MIL-STD-461G. The TBRE101 consists of a coil with a diameter of 13.3 cm, wound 36 times with seven strands of 41 AWG litz wire inside a shield. The DC resistance of the loop winding is 10Ω. This loop receives magnetic field radiation that is perpendicular to the internal plane and generates a voltage signal at the loop's output port that is proportional to the intensity of the B field/H field radiation. As a calibration option accessory, the TekBox TBCCP1-2K70 coaxial RF current monitoring probe (transducer) is available, which has a flat transfer impedance of 0 dBΩ (1V/A) over a frequency range of 9 kHz to 30 MHz at a 50Ω load.

• Other measurement, recording and measuring instruments
• EMC Testing

CISPR 16 divides the frequency range into multiple bands and specifies a particular antenna for each band. For frequency ranges above 1 GHz, CISPR 16 stipulates the use of a wideband horn antenna for radiated noise measurements. Standard wideband horn antennas for EMC applications are very expensive and cover a much broader range than the frequency ranges typically available with low-cost EMC pre-compliance spectrum analyzers. To provide an antenna optimized for pre-compliance EMC test applications in the frequency range above 1 GHz, Tekbox has developed the TBMA4 double ridge horn measurement antenna. It is an affordable product that can be used for radiated noise EMC pre-compliance testing and generating specified electric field strengths. The TBMA4 has been characterized over a frequency range from 1 GHz to 8 GHz and features a typical radiation pattern for double ridge horn antennas. The TBMA4 is a compact double ridge horn antenna, with the radiating element made from an edge-plated PCB substrate.

• Other measurement, recording and measuring instruments
• EMC Testing

The TBMA3 is an affordable logarithmic periodic measuring antenna designed for radiated noise EMC pre-compliance testing. The TBMA3 is characterized in the frequency range of 250 MHz to 1.3 GHz, showing typical values for VSWR and antenna factor for logarithmic periodic measuring antennas. CISPR 16 divides the frequency range into multiple bands and specifies a particular antenna for each band. For the frequency range above 300 MHz and below 1 GHz, the use of a logarithmic periodic antenna (log-periodic antenna) for radiated noise measurements is specified by CISPR 16. The TBMA3 features a radiating element and support boom made of powder-coated aluminum alloy and is a standard-sized logarithmic periodic antenna. It comes with a standard N-type female connector and includes an antenna bracket and mounting adapter. The bottom of the mount adapter has a standard 1/4-inch screw hole, allowing for easy connection to most standard tripods. The TBMA3 is shipped stored in a sturdy carrying case as shown in the photo above.

• EMC Testing
• Other measurement, recording and measuring instruments

The TBMA2 is a biconical measurement antenna for EMC radiated emission testing and generating specified electric field strength. It is an ideal choice for any lab conducting in-house pre-compliance testing at an affordable price. It has characteristics in the frequency range of 30MHz to 300MHz and features a directional pattern similar to that of a dipole antenna. The TBMA2 comes with a POM bracket that has a 1/4 inch screw hole for mounting on a standard tripod. To avoid the disadvantages of contact deterioration due to aging from a non-welded structure made of aluminum, the radiating element uses stainless steel components. The radiating element is secured with screws instead of welding, making assembly and disassembly easy, as well as simplifying storage and transport. The antenna element is fed through a 1:4 balun with a power handling capability of 100W.

• Other measurement, recording and measuring instruments
• EMC Testing

The TBMA1C is a compact and lightweight wideband biconical measurement antenna. It is affordably priced and is ideal for radiated emission EMC pre-compliance testing and measuring specified electric field strengths. It has characteristics in the frequency range of 20MHz to 1GHz and features a directional pattern similar to that of a dipole antenna. The TBMA1C is housed in an aluminum carrying case. It uses a standard 1/4 inch screw, making it easy to connect to most standard tripods. The elements are corrosion-resistant and fixed with a rotation prevention structure. Power is supplied through a wideband balun with a power handling capability of 2W. Additionally, it is equipped with protective features to prevent the accumulation of static electricity.

• Other measurement, recording and measuring instruments
• EMC Testing

The TBMA5B is an active monopole antenna that expands Tekbox's affordable EMC pre-compliance testing equipment product lineup. This monopole antenna is designed for radiated emission measurements in the frequency range of 9 kHz to 30 MHz, in accordance with CISPR 16 standards. It features a 104 cm tall rod, providing excellent sensitivity for radiated emission measurements as specified by CISPR 25 or MIL-STD-461G standards. The TBMA5B consists of an impedance converter, a universal charger, a 10 mm diameter rod, a 60 cm x 60 cm ground plane, and a standard 10 pF calibration adapter. Additionally, it includes a coaxial cable with a ferrite core and grounding equipment as required by MIL-STD-461G standards. The impedance converter is equipped with a 1/4 inch screw for mounting on common tripods.

• EMC Testing
• Other measurement, recording and measuring instruments

The TBLLA-2M is a large loop antenna (LLA) equipped with three orthogonal loops that meets the requirements of CISPR 16-1-4 and CISPR 15/EN 55015. The LLA is used to measure the current induced by the magnetic field radiated from lighting fixtures. Section 4.4 of EN 55015 specifies the test setup and measurement procedures. The TBLLA-2M has three loop antennas with a diameter of 2 meters arranged vertically on three orthogonal planes (X/Y/Z). These antennas are mounted on a lightweight hollow WPC frame with a total height of 2.5 meters. The lowest point of the loops is 0.5 meters above the ground. Each loop element receives a magnetic field radiation that is perpendicular to the installation surface, generating a voltage signal at the output port of the RF transducer connected to the loop, which is proportional to the strength of the H magnetic field radiation. The TBLLA-2M is equipped with three TekBox TBCCP1-2K70 coaxial RF current monitoring probes (transducers). These probes have a flat transfer impedance characteristic of 0dBΩ (1V/A) over a frequency range of 9kHz to 30MHz at a 50Ω load.

• EMC Testing

The TBLDC32-2 is a line impedance stabilization network that complies with CISPR 16-1-2 and CISPR 11 standards, designed to measure conducted emissions on DC lines in the frequency range of 9 kHz to 30 MHz. This device is intended for testing disturbance voltages at DC power ports, such as semiconductor power converters, with a maximum DC power supply voltage of 1000V and 32A. Conducted emissions can be measured on both forward and reverse power lines. Additionally, the rotary switch on the front panel allows for the measurement of common mode and differential mode emissions. The TBLDC32-2 is equipped with a toroidal inductor and features a robust stainless steel base with a flange for grounding connections.

• EMC Testing

According to CISPR 22 (2005), the ISN is a special coupling and decoupling device used to measure the conducted asymmetric common mode radio interference voltage of ITE. The TBISN-T4 is designed to conduct conducted emission tests in accordance with CISPR 22 for balanced communication lines with 2 pairs. It meets the requirements for longitudinal conversion loss specified in item 9.6.2.c)1) (page 24) of CISPR 22 and is approved by CISPR.

• EMC Testing

The TBLVHF-B type balanced ultra-high frequency impedance stabilization network (balanced VHF LISN) is an artificial power network that provides the specified RF termination impedance to the AC power supply cable supplying the equipment under test (EUT) in a radiated emission test environment. The LISN is suitable for the EUT regardless of the presence of protective grounding, achieving a balanced load by providing the specified symmetrical line impedance.

• EMC Testing

TBL5016-3 is a line impedance stabilization network compliant with the CISPR 16-1-2 standard, designed to measure conducted interference in the frequency range of 9 kHz to 30 MHz. This device is intended for testing three-phase and single-phase AC power equipment with a maximum power supply voltage of 450V/260V and 16A. Conducted noise can be measured on each phase and the neutral line. TBL5016-3 features independent RF outputs for each phase and the neutral line, allowing for the separation of radiated noise into common mode and differential mode components when combined with TBLM1. The single-phase DUT socket is provided according to country-specific specifications.

• EMC Testing

The TBL5016-2C is a line impedance stabilization network designed to measure conducted emissions on power lines in the frequency range of 9 kHz to 30 MHz, in accordance with the CISPR 16-1-2 standard. This device is designed for testing single-phase AC power equipment with a maximum power supply voltage of 250V and 16A. Conducted noise can be measured on both the phase and neutral lines. The TBL5016-2C features a line selector switch, switchable limiter/high-pass filter/attenuator, a PE switch that simulates extension cables, and manual connection capabilities. This device is compatible with country-specific EUT connectors.

• EMC Testing

The TBL5016-2B is a line impedance stabilization network designed to measure conducted emissions on power lines in the frequency range of 9 kHz to 30 MHz, in accordance with the CISPR 16-1-2 standard. This device is designed for testing single-phase AC power equipment with a maximum power supply voltage of 250V and 16A. Conducted noise can be measured on both the phase and neutral lines. The TBL5016-2B features independent measurement outputs for each channel and allows for connections to a common mode/differential mode separator (LISN Mate), a PE switch that simulates extension cables, and artificial manual connections. This device is compatible with EUT connectors specific to each country.

• EMC Testing

The TBL5008-2C is a line impedance stabilization network designed to measure conducted emissions on power lines in the frequency range of 9 kHz to 30 MHz, in accordance with the CISPR 16-1-2 standard. This device is designed for testing single-phase AC power equipment with a maximum power supply voltage of 250V and 8A. Conducted noise can be measured on both the phase and neutral lines. The TBL5008-2C features a line selector switch, switchable limiter/high-pass filter/attenuator, a PE switch that simulates extension cables, and an artificial manual connection function. This device is compatible with country-specific EUT connectors.

• EMC Testing

The TBL5008-2B is a line impedance stabilization network designed to measure conducted emissions on power lines in the frequency range of 9 kHz to 30 MHz, in accordance with the CISPR 16-1-2 standard. This device is designed for testing single-phase AC power equipment with a maximum power supply voltage of 250V and 8A. Conducted noise can be measured on both the phase and neutral lines. The TBL5008-2B features independent measurement outputs for each channel and can connect to a common mode/differential mode separator (LISN Mate), a PE switch that simulates extension cables, and artificial manual connections. This device is compatible with country-specific EUT connectors.

• EMC Testing

TBL00705-2 LISN is a 2-path 50 Ω // 0.7µH LISN characterized from 10Hz to 200 MHz. It is based on the ECSS-E-ST-20-07C Rev 1 standard. This standard provides a general circuit diagram for the LISN and allows for some flexibility in the component values. The implementation of TBL00705-2 is intended for use in EMC measurements of satellites and spacecraft. The LISN does not have an output for conducted emission measurements and simply functions as a network for line impedance stabilization. According to this standard, RF current monitoring probes are used for measuring conducted emissions. The 0.7 µH inductor mimics the typical inductance of power wire harnesses in spacecraft and satellites. The LISN is inserted into the power line and power return line of the EUT.

• EMC Testing

TBL0510 1 is an affordable 5 µH LISN (Line Impedance Stabilisation Network) provided by Tekbox, designed for conducted emission measurements from 100 kHz to 400 MHz. It complies with a wide range of international standards, including CISPR 25 (EN 55025), major automotive manufacturer standards, MIL STD 461F, DO 160, AECTP 500, and ISO 7637 2, making it ideal for EMC evaluation of automotive, military, and avionics equipment. The LISN is inserted into the power line of the EUT (Equipment Under Test) to measure conducted noise appearing at the DUT terminals under stable impedance conditions. In the TBL0510 1, the supply side and DUT side are decoupled with a 5 µH inductor, allowing noise to be measured from a spectrum analyzer or EMI receiver via the BNC terminal.

• EMC countermeasure products
• EMC Testing

The hybrid coupler 18–40GHz 180° 2.92mm is a broadband 180° hybrid coupler used in the microwave/millimeter wave band. It can distribute the input signal into two channels with equal amplitude and a 180° phase difference, and it is also used for the synthesis of multiple signals.

• Other electronic parts

The measurement coil of the XFS-B 3-1 magnetic field scanner probe is arranged orthogonally to the probe shaft. By positioning the probe head vertically, the measurement coil makes direct contact with the surface of the printed circuit board. This allows it to be used in areas of the printed circuit board surface that are typically difficult to access, such as between large components of a switching controller. The XFS-B 3-1 is a passive near-field probe that detects magnetic field lines radiating at a 90° angle from the object being measured. Magnetic field lines entering from the lateral side of the probe are not detected. Unlike the XFS-R 3-1 magnetic field scanner probe, the coil is positioned at a 90° angle at the tip of the probe. This near-field probe is compact and portable, and it is electrically shielded due to its current-damping sheath. It can be connected to a spectrum analyzer or oscilloscope with a 50Ω input. The magnetic field probe has a built-in termination resistor.

• Other electronic measuring instruments
• EMC Testing
• probe

【Basic Information】 - Product Name: Milesight VS373 - Type: Non-contact radar fall detection sensor - Application: Monitoring of the elderly and disabled, medical facilities, smart toilets, etc. ● High fall detection accuracy of up to 99% ● 24/7 monitoring in dark and high-humidity environments ● 100% privacy protection ● Non-contact fall detection ● IP65 waterproof and dustproof ● Supports DO interface ● Detects falls, occupancy, presence of bed, and movement ● Instant alerts for immediate intervention ● Software compatibility to unlock data potential

• Other environmental analysis equipment
• others

The VS321 is a battery-powered AI sensor that detects occupancy and monitors environmental conditions. It supports D2D and LoRaWAN, enabling smart automation and remote management. It is ideal for offices, meeting rooms, and campuses, enhancing comfort, efficiency, and space utilization. ● Wireless battery version (over 10 years of lifespan) ● Built-in multi-sensor (T&H, light) ● Up to 95% occupancy accuracy ● Accurate people counting and desk occupancy status ● 100% anonymous detection ● Unique Milesight D2D controller

• Sensors

The PXI high-precision source measurement unit (SMU) can simultaneously output and measure voltage and current. It supports traditional SMU SCPI commands, making the migration of test code quick and easy. It is compatible with PXIe chassis from major manufacturers and supports multi-card synchronization, enabling high channel density testing. It is easy to integrate into manufacturing test systems, improving test efficiency and reducing costs.

• Other electronic measuring instruments
• Other electronic parts

The PXC2190 PXI Express embedded controller is specifically designed for hybrid PXI Express-based test systems, equipped with a 7th generation Intel Core i7 processor and up to 32GB of 2400MHz DDR4 memory. It provides maximum computational power for various testing and measurement applications. With a dedicated computing engine on a single processor, it can execute multiple independent tasks simultaneously in a multitasking environment. It supports 4-link x4 or dual-link x8 PXI Express link functionality, achieving up to 16GB/s system throughput via the PCI Express 3.0 bus. The PXC2190 offers ample interface flexibility with two DisplayPort connectors for connecting two monitors, dual USB 3.0 connections for high-speed peripherals, dual Gigabit Ethernet ports, four USB 2.0 ports for controlling peripherals and USB measurement devices, and a Micro-D GPIB connector for GPIB instrument connections, making it suitable for controlling hybrid PXI-based test systems.

• Other electronic parts
• Other electronic measuring instruments
• Testing Equipment and Devices

The PXC1191 is a high-performance 18-slot PXI Express chassis equipped with PCI Express 3.0 technology. It achieves a system bandwidth of 24GB/s, making it ideal for high-throughput point-to-point data transfer applications. All peripheral slots support a bandwidth of up to 8GB/s. Additionally, the chassis provides a total power supply of 1170W and features cooling capabilities of 50W/82W per slot, offering a high power budget for high-performance PXI modules. The timing and synchronization features of PXI Express provide high clock accuracy along with external clock and trigger routing capabilities. The PXC1191 is equipped with an intelligent monitoring system that tracks and reports the status of the chassis, including fan speed, system voltage, and internal temperature. Remote monitoring and control are possible via an Ethernet port.

• Other electronic parts
• Other electronic measuring instruments

The PXC1180 is a 9-slot chassis that supports both PXI Express and cPCI Express standards, designed for high-bandwidth testing and measurement applications. It features one system slot, one system timing slot, and seven mixed peripheral slots, allowing for flexibility with a hybrid design that accommodates various modules. With a 4-link configuration, it provides a system bandwidth of 8GB/s and a slot bandwidth of 2GB/s. The rear includes a BNC connector for 10MHz clock input/output, enabling synchronization with auxiliary devices. It has monitoring capabilities to track fan speed and temperature, supplying 400W of power at temperatures below 55°C. The cooling performance is also excellent, with two 120mm fans at the back.

• Other electronic measuring instruments
• Other electronic parts

The SGR series PXIe RF vector signal transceiver module integrates RF wideband vector signal reception and generation capabilities. With high integration and flexible usage, it supports modular reconfigurable configurations of PXIe systems. The frequency range covers 300 MHz to 8 GHz, with a maximum instantaneous signal bandwidth of 1 GHz. In addition to versatile general modulation and demodulation functions, it also includes modulation and demodulation capabilities for 3GPP standard communications. Optional hardware modulation and demodulation functions are also available, providing the necessary performance to quickly and efficiently address current and future RF chip testing challenges.

• High frequency/microwave parts

The FEU3543 and FED3543 upconverters/downconverters support transmission and reception in the frequency range of 9 kHz to 43 GHz. By integrating with the SGR RF transceiver, a wideband signal generation and analysis system can be built to cover an even broader frequency range. Furthermore, these upconverters/downconverters support external LO signal input, making them ideal for applications that require advanced phase synchronization, such as MIMO. The converters feature a compact modular design that guarantees high performance while providing excellent adaptability for highly integrated complex applications.

• converter

The SSM3000 series RF switch modules are designed to route multiple RF signals to measurement instruments in automated testing environments and data collection systems. These switch modules enable software-controlled switch connections, allowing for frequent switching between multiple channels during testing. They are used in a wide range of applications, including laboratory testing, production line equipment, and other fields.

• switch

It can simultaneously detect 16 samples, and the standard configuration includes two fluorescent channels: FAM/SYBR and VIC. It is lightweight and compact, supporting standalone operation. By combining innovative liquid cycle refrigeration technology with Peltier temperature control technology, it achieves rapid heating and cooling. It supports CT value analysis, absolute quantification analysis, isothermal amplification, and endpoint analysis.

• Analytical Equipment and Devices
• Other analytical and testing equipment

The UV transilluminator is mainly used for observing nucleic acid (DNA/RNA) gel electrophoresis and the results of gel band cutting. It can detect DNA and RNA electrophoresis gel samples using UV light of various wavelengths.

• Other physicochemical equipment
• Analytical Equipment and Devices
• Other Electrophoresis

The Dual LED Blue/White Light Transilluminator is an innovative design dual light source transilluminator. It is ideal for observing nucleic acid gels, protein gels, and membrane staining. 【Dual Light Function】 <Blue LED Mode> Uses a 470nm wavelength as the excitation light source for observing qualitative and quantitative experiments of nucleic acids. It is compatible with common fluorescent dyes such as SYBR Gold, SYBR Green I, SYPRO Orange, GelGreen, Gelite Green, and Coomassie Fluorescent Orange staining. <White LED Mode> Uses white LEDs of all wavelengths as the excitation light source, providing soft and uniform illumination. It is suitable for observing protein electrophoresis gels stained with Coomassie Blue or silver nitrate staining. Additionally, it can be used as a simple observation light box for research and medical applications, such as observing X-ray films.

• Other physicochemical equipment
• Spectroscopic Analysis Equipment
• Other Electrophoresis

The 302nm LED UV transilluminator is used for observing the results of nucleic acid (DNA/RNA) gel electrophoresis and for gel cutting operations. Its unique LED light panel allows for clearer band observation. The intricate structural design facilitates the observation, detection, and cutting of electrophoresis gels. The 302nm wavelength excites fluorescent dyes/DNA complexes, maximizing fluorescence. It achieves high sensitivity, clear observation bands, powerful illumination, and uniform brightness. Additionally, it is equipped with a special UV filter glass that selectively absorbs specific wavelengths of UV, effectively ensuring excitation sensitivity. 【Applications】 It is used for the excitation and recovery of nucleic acid and protein gel dyes such as EtBr, SYBR Safe, SYBR Gold, SYBR Green l/l, SYPRO Ruby, SYPRO Orange, SYPRO Red, Coomassie Fluo Orange staining, GelRed, Redsafe, and others.

• Other physicochemical equipment
• Analytical Equipment and Devices
• Other Electrophoresis

The blue LED transilluminator is a high-quality blue light transmission device that is widely used for observing nucleic acids and protein gel staining. By using a blue LED light source, an amber filter cover, and a safe dye for nucleic acids with an excitation wavelength of 450-495 nm, it achieves perfect gel observation and cutting effects without the need for protective light filter goggles.

• Other physicochemical equipment
• Analytical Equipment and Devices
• Other Electrophoresis

This device effectively tests the voltage withstand performance of various capacitors, ensuring reliability and stability in high-voltage environments. Additionally, the CA-6K can supply a maximum voltage of 6,000V. This voltage is suitable for testing various capacitors, including medium voltage, high voltage, and special purpose capacitors.

• Capacitor
• Other electronic measuring instruments
• Testing Equipment and Devices

Brightness control, security, gardening, and floriculture are useful in many applications. - Illuminance measurement - LoRaWAN wireless - Easy setup via NFC - 10 years of battery life ★ Illuminating the path to crop health Currently, agriculture is hardly sustainable without the introduction of modern agricultural technologies. It is essential to strike a balance when growing crops. The right amounts of sunlight, water, and soil composition are necessary for crops to thrive and bloom. ★ Cloud Web & APP The Light Sensor perfectly integrates with Milesight IoT Cloud (Web & App), allowing you to monitor data from the office or on the go. The Milesight IoT Cloud, which can be operated via drag-and-drop, offers a wealth of features such as intuitive widgets, triggers, device management, and ownership transfer. ★ LoRaWAN wireless transmission Easy to implement with ultra-low power consumption Equipped with a large capacity 19000mAh battery, it can be used for 10 years.

• Other electronic measuring instruments
• Optical Measuring Instruments
• Other environmental analysis equipment

- LoRaWAN wireless deployment - Up to 98% accuracy - 100% anonymous detection - Wide detection area of 78m² - 16 custom detection zones - Bidirectional line crossing count - Milesight D2D communication - Easy setup

• Other electronic measuring instruments

It operates from 9 kHz to 40 GHz. It offers high dynamic output power of -120 to +17 dBm, ultra-low phase noise of -105 dBc/Hz at 10 kHz, and low harmonics and spurious emissions. With these excellent performance characteristics, the CSG9K40GA is an ideal choice for many test and measurement applications, including semiconductors, quantum technology, radar, and communications.

• Signal Generator
• EMC Testing

It operates from 9 kHz to 20 GHz. It features high dynamic output power of -120 to +17 dBm, ultra-low phase noise of -105 dBc/Hz at 10 kHz, and low harmonics and spurious emissions. With these excellent performance characteristics, the CSG9K20GA is an ideal choice for many test and measurement applications in semiconductor, quantum technology, radar, and communications.

• Signal Generator
• EMC Testing

SAF Tehnika has announced Spectrum Core, an additional product in the Spectrum Compact family designed for seamless integration with third-party systems. Spectrum Core, a cost-effective version of Spectrum Compact, provides the same high-performance RF spectrum analysis while eliminating the touchscreen and built-in battery, resulting in significant savings. This lightweight and compact device is ideal for industries that require efficient and affordable integration with third-party solutions. ★ Reliable RF spectrum analysis through seamless integration Spectrum Core simplifies RF spectrum analysis by providing direct connectivity to third-party systems. With an open API, it allows for easy communication without the need for additional software or hardware, making it highly adaptable to various industrial applications regardless of the operating system.

• Other electronic measuring instruments
• EMC Testing
• Time-frequency measurements

SunSpot 2 is a next-generation high-brightness ultra-compact light curing system and an industry leader in price/performance. Designed with low ownership costs in mind, it features class-leading long-life UV/visible arc lamps and input long-life light guides with filters. SunSpot 2 is characterized by easy-to-use exposure time control and foot pedal activation. Weighing just 6 pounds and measuring 10.5 x 8.6 x 4 inches, it is the smallest system in its class. The new 200W lamp of SunSpot provides the highest intensity in the industry. With outputs exceeding 18W/cm2 in UVA and over 30W/cm2 in the 300-550nm range, this system maximizes curing speed and is compatible with high-speed production automation equipment. This high intensity makes SunSpot 2 ideal for use with multi-pole light guides that supply light to two, three, or four curing zones simultaneously, eliminating the need for multiple lamp systems. This system comes with a high-output long-life 5mm x 1m liquid light guide.

• Other machine tools

The SkyWave UV LED curing system is equipped with high-power UV LED lamps that emit cool, high-brightness light evenly distributed over a curing area of 14 x 14 inches. This system features a robust touch screen interface that simplifies operation and provides access to various settings, including power control monitoring and system alarms. Housed in a black metal casing, this system is designed for durability and ease of use in industrial environments. It is equipped with advanced cooling mechanisms to maintain optimal temperature and stability during operation. Additionally, SkyWave offers comprehensive error warnings and lock settings, ensuring safe and reliable performance across various industrial applications. 【Key Features】 - Curing Area: 14 x 14 inches - High-Power UV LED Lamps - Touch Screen Interface - Advanced Cooling System - Comprehensive Error Warnings - Durable and Functional Design

• Special Processing Machinery
• Other polymer materials
• Other processing machines

SkyBeam is a high-brightness, cool-operation LED spotlight curing system widely used on benchtops and automatic production lines. This system includes long-life light guides and can independently operate up to four light guides with various lens types. Weighing only 3.25 pounds, it features user-friendly exposure time control, foot pedal activation, and an internal power supply that does not require an external power adapter. ● Four irradiation channels: The four independent irradiation channels each provide an exposure timer ranging from 0 to 999.9 seconds and an output adjustment range of 10 to 100%. ● External control interface: The system can be remotely monitored and controlled using an isolated logic signal from the rear panel terminals. ● Long-life flexible light guides: The UV LED light guide cable is a 2-meter flexible robot cable that has undergone over 10 million bending tests. There are four wavelength options: 365, 385, 395, and 405 nm.

• Other optical parts
• Other physicochemical equipment
• Other processing machines

SunRay is a compact and high-output UV flood curing system. All system components are integrated into a small lamp head, making it easy to install anywhere on the factory floor with optional stands & shields or Rayven curing chambers. There is little need for cables or a remote power box. You can start curing simply by attaching the head and connecting the AC line cord. The long-life 400 or 600W arc lamp and parabolic reflector illuminate an 8 x 6 inch curing area with evenly distributed UV light. The arc lamp is powered by a state-of-the-art UV Power-Plus lamp driver. The head comes with a convenient handle for portability and a sliding height adjustment bracket.

• Other machine tools
• Glass
• Ceramics

SkyRay is a compact programmable LED curing system that integrates all system components into a small lamp head, allowing for easy installation anywhere in the factory without the need for a remote controller, power box, or remote cooler. You can start timed exposure curing simply by attaching the head and connecting the AC power cord. Long-lasting solid-state LEDs illuminate a 5 x 5 inch curing area with cool, uniform high-brightness light. It features a built-in exposure timer and adjustable output intensity. The front panel's LCD display and sealed membrane-type keypad make programming and monitoring the curing operation easy. The system's dosage and setup parameters are password protected to prevent unauthorized changes to sensitive processes and control settings. The unit is equipped with a variable-speed cooling fan and a convenient flush-mounted carrying handle. The slim design of the enclosure allows multiple units to be installed side by side, enabling exposure of a larger curing area.

• plastic
• Special Processing Machinery
• Resin processing machine

The PortaRay is a portable, lightweight, and versatile UV curing system that can accommodate a variety of UV and visible light curing applications. With a maximum effective curing area of 5 x 5 inches, it is ideal for curing small parts. Weighing just 3 pounds, it is perfect for applications that require frequent mobility. This system includes a sealed headrest that holds the lamp head and shields it during idle time. Optionally, a latching bottom accessory box for storing and transporting the headrest, UV glasses, power cord, and adhesives is also available. The lamp head can be used for handheld curing tasks, as well as mounted on stands, conveyors, machines, fixtures, or robots. With its simple yet high-tech design, the PortaRay is extremely user-friendly and reliable.

• plastic
• Other surface treatment equipment
• Resin processing machine