Other Industrial Equipment

1 bbl brewing system for sale The 1 Barrel (1 BBL) Brewing System is ideal for small breweries, pilot brewing and craft brewing enthusiasts. Capable of producing approximately 31 gallons (~117 liters) of beer per batch, it combines compact design and efficient performance for customers looking to enter the brewing industry or expand their existing business at a lower cost. As a specialized brewing equipment manufacturer, YME is proud to introduce the 1 Barrel (1 BBL) Brewing System, designed to meet the needs of small breweries, experimental brewing and craft brewing enthusiasts. This system combines high quality components and flexible configurations to provide the ideal solution for your brewing business. Why choose our 1-barrel brewing system? Affordable for startups: with a lower initial investment than larger systems, the 1-barrel brewing system is ideal for startup brewers looking to test the market. Space-saving and flexible layout: The compact design makes it suitable for space-constrained locations such as garages, small breweries or test labs without the need for extensive remodeling. Convenient for experimentation and small batch production: For brewers seeking innovation, the 1-barrel system allows for frequent testing of new recipes, reducing costs and waste. Easy to Operate and Maintain: Smaller systems are easier to manage and simpler to clean and maintain, making them suitable for individual brewers or small teams. System Components and Features Our 1-barrel brewing system includes the following key components: Saccharification/filtration tank: made of 304 stainless steel with rectangular side manholes for easy feeding and cleaning. The interior is equipped with wedge wire mesh screen panels to ensure efficient filtration. Boiling/cyclone tank: also made of 304 stainless steel, equipped with 7.5 kW heating elements to support efficient boiling and cyclone separation. Hot water tank (HLT): for heating and storing hot water for the brewing process, with a precise temperature control system. Control Panel: Integrated touch screen control to simplify the operating process, monitor and adjust brewing parameters in real time. Pumps and piping: made of food-grade materials, resistant to high temperatures, ensuring the safe transfer of liquids between vessels. Technical specifications Effective capacity: 1 barrel (approx. 117 liters) Total capacity: 1.25 barrels Heating method: electric heating (7.5 kW), support other options Material: 304 stainless steel, inner and outer surface #4 brushed treatment Control system: PLC/HMI integrated control, equipped with 7-inch Siemens touch screen

Brewing Equipment Brewery Equipment is a professional equipment specially used for producing beer, wine or other fermented beverages, usually used in homes, breweries, craft breweries, wineries, etc. Its core functions include the whole process of raw material processing, saccharification, fermentation, filtration, filling, etc., with the characteristics of high efficiency, automation, and strict hygiene standards. YME offer a wide variety of beer brewing equipment to suit your brewing needs, from home brewing equipment to large commercial brewing equipment. Whether you are looking for fermenters, wort chillers, wort kegs, or any other beer supplies, we have beer brewing equipment for all types of brewers. Our advanced beer brewing systems provide a complete brewing experience for experienced brewers.

Working Principle: An end cover is a protective component mounted at the ends of mechanical assemblies (e.g., gearboxes, pumps, or enclosures) to seal the system. It prevents contamination (dust, moisture), retains lubricants, and safeguards internal parts. Some designs include gaskets or bolts for airtight/watertight sealing. Applications: Industrial Machinery: Gearboxes, motors, hydraulic/pneumatic systems. Automotive: Transmission housings, axle assemblies. Electronics: Enclosures for control panels or junction boxes. Piping/Valves: Sealing pipe ends or valve housings. Advantages: Protection: Shields internals from debris, corrosion, and environmental damage. Durability: Made from robust materials (steel, aluminum, or polymers) for long service life. Easy Maintenance: Allows quick access for inspection/repairs. Cost-Effective: Simple design reduces manufacturing/maintenance costs. Customization: Adaptable for specific sealing needs (e.g., high-pressure or chemical resistance). Example: In a gearbox, the end cover ensures oil retention and blocks dirt, enhancing operational reliability.

Minimum Order: 1 bags

Working Principle: Small die forging involves shaping metal parts by applying compressive forces using dies (molds). The heated or room-temperature metal is pressed into the die cavity, forming high-precision components with improved mechanical properties. Applications: Widely used in automotive (gears, shafts), aerospace (engine parts), machinery (tools, fasteners), and industrial equipment for durable, high-strength components. Advantages: High Strength: Grain structure refinement enhances durability. Precision: Tight tolerances and complex shapes achievable. Efficiency: Minimal material waste vs. machining. Cost-Effective: Suitable for mass production with consistent quality. Ideal for critical applications requiring reliability and performance.

Minimum Order: 50

Bucket Wheel: Working Principle, Applications, and Advantages Working Principle: A bucket wheel is a rotating wheel equipped with multiple buckets (containers) along its rim. As the wheel turns, the buckets scoop up loose material (e.g., soil, sand, or minerals) from a pile or excavation site. The material is then lifted and discharged onto a conveyor belt or into a transport system via gravity or centrifugal force. Applications: Mining: Extracting coal, lignite, or overburden in open-pit mines. Dredging: Removing sediment from rivers, lakes, or ports. Construction: Excavating large volumes of earth for infrastructure projects. Agriculture: Handling bulk materials like grains or fertilizers. Advantages: High Efficiency: Continuous operation enables large-scale material handling. Versatility: Adaptable to various materials and terrains. Low Operational Cost: Automated systems reduce labor requirements. Precision: Controlled digging minimizes waste and environmental impact.

Minimum Order: 1 bags

The retaining wheel is a vital component for heavy-duty rotary equipment like rotary kilns, ball mills, and dryers, widely applied in cement, mining, and metallurgy sectors. Key Uses: Working with supporting rollers, it provides axial positioning to limit cylinder displacement and bears axial loads to reduce pressure on supporting components, ensuring stable equipment operation. Core Advantages: It features a modular split structure for easy maintenance, high-strength alloy steel construction with wear-resistant heat-treated surfaces, and sealed bearing housings for dust-proof and moisture-proof performance. It also offers customizable designs to fit non-standard equipment requirements.

Minimum Order: 1 bags

The Gama series is a diode-pumped solid-state laser (DPSS) that combines high repetition rate and high energy, widely used in applications such as LiDAR, pumping OPO, pumpingTisapphire laser, and laser ablation. The High Energy Lasers offers different repetition rates  100Hz, 200Hz, 300Hz, and 500Hz  with pulse energy outputs ranging from 60mJ to 1000mJ. The maximum average power is up to 100W. Gama series features a unique resonator design that ensures excellent beam quality at high repetition rates. Additionally, the laser is compact, robust, and durable, with SHG, THG, and FHG optional. Product Features Multiple harmonics optional Excellent beam quality Repetition rate up to 500Hz Compact size and easy to integrate Buy High Repetition Pulsed Laser

Vlite series lasers have been developed since 2000.This series are specifically designed for various 2D/3D PIV, Tomographic PIV and Time-resolved PIV application. With over 20 years of continuous improvement and upgrades, this product meets the demands of PIV applications in terms of beam uniformity, beam combining stability, and environmental adaptability. Vlite series lasers provide both multimode and VRM mode beam profile with good beam quality. The long term engineering technologies have ensured the working reliability and stability of this series. Features as optical shutter, flow sensor, power supply interlock make sure the safety use as the top priority. The Vlite series low repetition rate PIV dual-pulse lasers covers pulse energy ranging from 135mJ to 500mJ, with repetition rate 0-15Hz continuously adjustable,  matching the frame rates of different PIV cameras.  The design of beam uniformity and the thermally insensitive resonator make it an excellent illumination source for flow field lighting, with high adaptability to various environments.  The mechanical structure of the Vlite series focuses on the stability of beam combining, while the optical design emphasizes the consistency of dual-cavity lasers. The integrated design of the light arm and laser ensures user-friendly and efficient experiments. Additionally, the Vlite series offers a variety of optical light sheet, providing a wide range of optical solutions for flow field testing. Contact us

Beamtech SGR (Super-Gaussian Resonator) series Q-switched Nd:YAG lasers combine VRM (variable reflectivity mirror) and unstable resonator design creating a cavity with large TEM00 mode volume for high efficiency of excitation and energy extraction. You can specify “flat-top-hat” with uniform energy distribution or “VRM Gaussian” profiles. The Beamtech close-coupled diffuse pump chamber delivers uniform pumping to the laser rod for optimum lasing excitation efficiency and allows for higher stored energy by eliminating parasitic oscillations within the pump chamber. The pump chamber uses chemically inert materials to withstand high pumping energy and absorb unwanted UV and IR radiation emitted by the flashlamps. One or more amplifiers can be added to the oscillator for higher energy output. With scientific or industrial grade models available, the SGR series will fit right in laser shock peening, LiDAR, plasma excitation, PLD, tokamak, laser flyer, laser-matter interaction, and as pump sources for dye lasers, OPO, and ultrafast Ti femtosecond lasers. In terms of design, the SGR series High Energy Lasers features modular and engineered design to ensure product reliability and stability. The power control cabinet is equipped with comprehensive external trigger connections and communication interfaces, facilitating synchronized system trigger control and remote control for users. The SGR series places particular emphasis on safety and electromagnetic compatibility design, featuring protective shutters, built- in interlocks, flow switches, emergency stop switches, and enclosure protection. Product Features Pulse energy: 400mJ - 6J@1064nm Multiple harmonics available (532/355/266nm optional) Repetition rate up to 50 Hz Quick lamp replacement design without optical path adjustment Engineering technology ensures long-term stable operation Single longitudinal mode seeding for narrow linewidth output available Higher energy (>6J) available Super-Gaussian beam profile Buy Low Repetition Pulsed Laser

The Lapa series lasers are a new generation of air-cooled DPSS lasers.They offer fundamental energy output of 100mJ, repetition rates from 1-20Hz, and pulse widths of less than 10ns. Frequency doubling to 532nm, tripling to 355nm, and quadrupling to 266nm are available options. These products feature excellent long-term reliability and environmental adaptability, making them ideal for applications such as LIBS, LiDAR, and panel laser repair. This series employs uniform pumping technology, conduction cooling technology, and DC power supply, among other innovative solutions, making it a truly portable nanosecond laser source. Suitable for 24/7 continuous operation, it provides new solutions for scientific, industrial, and military applications. Lapa Air-Cooled EO Q-Switched Laser Product Features Compact size, easy for system itegration Diode pumped with 1 billion shots lifetime Air-cooling, without maintenance Pulse energy up to 80mJ@20Hz, 100mJ@10Hz@1064nm Electro-optic Q-switching with low jitter 532,355 and 266nm available Suitable for 24/7 continuous operation More about Beamtech Optronics

The Dawa series lasers, developed in 2007, feature an industrial-grade design compatible with OEM system integration. These lasers are suitable for a variety of applications including LIBS, LIDAR, laser-induced fluorescence, laser ultrasound, and LCD repair. The Dawa series cover 1-20Hz with pulse energy ranging from 100 mJ to 300 mJ@1064nm. It also offers optional SHG, THG, and FHG. With a compact and robust structure, the Dawa series is designed with a strong emphasis on safety and electromagnetic compatibility, crucial for system integration. The safety features include protective shutters, internal power interlocks, flow switches, emergency stop switches, and casing protection. The Dawa series achieved CE certification in 2014. Compact Laser Product Features Pulse energy 100mJ~300mJ@1064nm 1064,532,355,266nm available Modular design, quantity production available Industrial design for long-term stability Customization available https://en.beamtech-laser.com/

Automobile C pillar Ultrasonic Welding Machine(NK-CZ001) Introducing the Nekon C Pillar Ultrasonic Welding Machine (Model NKCZ001) — a high-performance, automated welding solution specifically engineered for precision plastic welding in automotive Cpillar components. It delivers ultrafast, clean, and durable welds with zero adhesive, ideal for vehicle doors, trim, interior panels, and reflective material assembly. Product Overview C pillar ultrasonic welding machine, mainly used in automobile door welding, automobile instrument welding, lamp mirror welding, visor welding, interior trim welding, filter welding, reflective material welding, reflective spike welding, bumper welding, cable welding, motorcycle plastic filter welding, radiator welding, brake fluid tank welding, and other precision plastic joining applications across the automotive industry. It enables strong, clean, and reliable welds without the use of adhesives or screws, significantly improving production efficiency while reducing material and labor costs. The system can be customized to meet various component shapes and sizes, offering excellent compatibility with different thermoplastic materials. Its high-speed operation, stable performance, and ease of integration make it an ideal choice for automotive manufacturers seeking automation-ready, high-precision welding solutions.

0.6M Automatic Ultrasonic Pleating Machine (NK-JM2012-600) ·  NEKON brand pleat cotton machine is a kind of efficient fabric sewing equipment. Mainly used for non-woven fabrics, cotton, artificial leather slitting suture. ·  NEKON brand pleat cotton machine adopts the latest ultrasonic technology, with advanced technology, reasonable structure, reliable operation, easy to operate and so on. ·  Our ultrasonic pleating machine is a highly adaptable solution for producing a wide range of pleat designs with precision and efficiency. It supports straight, wave, and bamboo leaf pleats, as well as custom combination patterns—enabled by an advanced scene-changing and pattern-drawing mechanism. ultrasonic pleating machine is compatible with various materials, including chemical fiber, blended fabrics, leather, and paper, making it ideal for both fashion and industrial applications. ·  Pleated materials created by this equipment are widely used in apparel, home textiles, and automotive interiors, adding depth, texture, and visual appeal to garments, curtains, seat covers, and more. (1) After using ultrasonic vibration to pressurize the roller, the function described above can be obtained. (2) There is no smoke, spark, and no damage to the fabric edge during processing, and rough edges can also be avoided. (3) manufacturing does not need to preheat, and can be continuously operated (4) Simple mechanical operation, easy maintenance, the use of 20KHZ low noise ultrasonic, anti-noise interference

1.2M Automatic Ultrasonic Embossing Machine(NK-JM2012-1200) 1.2m Foot Mat Embossing Machine – NEKON Automatic Ultrasonic Embossing Equipment The 1.2m foot mat embossing machine (model NKJM20121200) by NEKON is a highperformance, fully automated ultrasonic embossing & laminating system, specially engineered for embossing automobile foot mats and similar materials. NEKON automobile foot mat embossing machine, ultrasonic mold using titanium alloy material, titanium alloy material is not only expensive materials, and difficult to process, resulting in ultrasonic titanium alloy mold price is three to four times higher than ultrasonic aluminum alloy mold and ordinary ultrasonic steel mold. Although the titanium mold price is high, but it has good acoustic conduction characteristics and tensile strength, so that the ultrasonic pleat cotton machine in continuous work will have a good output, and the heat is small, not easy to burst, so that the whole machine has good stability, suitable for the production of car mat and thickened filter material.  Application & Target Industries Automotive Foot Mats: Precise embossing with clear patterns, no needle holes; Functional Fabrics & Synthetic Materials: Such as non-woven fabric, synthetic leather, polyester cotton, etc.; High-output Embossing Industries: Including packaging materials, home textiles, hygiene products, automotive interior parts, and more.