Products

The LVOBO DLSB series is a laboratory low temperature recirculating chiller for direct bath use and compatible external equipment. It combines PID temperature control, a stainless-steel reservoir, compressor refrigeration, and internal/external circulation in one system. Available bath capacities include 5 L, 10 L, 20 L, 30 L and 50 L, with model classes selected by the required minimum temperature. The external loop can support matched rotary evaporators, jacketed reactors, condensers, viscometers and other laboratory instruments, while internal circulation is intended for samples placed directly in the bath. For reliable model matching, buyers should confirm target temperature, heat load, working fluid, bath dimensions, flow, pump head, connections and local power supply before quotation.

The LVBO BO-DFY Low-Temperature Thermostatic Magnetic Stirring Reaction Bath combines controlled heating and cooling, magnetic stirring, and internal/external fluid circulation in one laboratory system. It is designed for research, material development, pharmaceutical R&D, chemical laboratories, and quality-control teams that need stable temperature conditions without adding a separate shaft-driven stirrer. PID control supports ±0.1°C temperature fluctuation under specified operating conditions, while the stainless-steel inner bath and LCD interface simplify daily use. Multiple capacities and model-dependent temperature ranges help distributors and end users match the equipment to different sample loads. Cooling capacity is adjustable within the listed range. Over-temperature protection, alarm, and automatic power cut-off support safer operation. Before ordering, verify the chosen fluid, voltage, process load, vessel size, and temperature requirement.

The LVOBO BO-CSZ300/200 is a matched ultrasonic assistance package for laboratories and small-scale teams that already operate fine-powder screening equipment. It is intended for projects where cohesive particles, soft agglomeration or aperture buildup can interrupt ordinary screening. The package combines a controllable generator with the components needed to transfer ultrasonic energy to a selected sieve frame, while a touchscreen supports material-specific operating trials. Rather than treating every powder the same, the configuration is reviewed against the customer’s existing machine and process. Before production, LVBO checks the material, target aperture, frame interface and destination power supply. This matching step helps reduce incorrect component selection. Final screening performance should be verified with the actual powder, loading conditions and operating method.

Programmable Laboratory Test Sieve Shaker with Optional Ultrasonic System The LVBO laboratory test sieve shaker combines forward rotation, reverse rotation and vertical vibration for repeatable particle size analysis. Touchscreen models support up to 21 programmable test procedures, helping laboratories standardize settings across materials, operators and test batches. For cohesive, electrostatic or difficult fine powders, the optional 28 kHz ultrasonic system helps reduce mesh blinding, particle adhesion and agglomeration. Available with 200 mm or 300 mm stainless-steel test sieves, 110 V or 220 V power and destination-compatible plugs. Recommended for: metal powder, lithium battery materials, advanced ceramics, fine chemicals, pharmaceutical or food quality control and university materials research.

The LVOBO BO-300SYB is a programmable horizontal sieve shaker for laboratories, quality-control teams, research institutes and production facilities that need controlled dry particle-size separation. Its horizontal circular motion spreads samples across the sieve surface, while programmable forward, pause and reverse cycles help standardize recurring test routines. The system accommodates common laboratory sieve formats and is suited to powders, granules and other free-flowing dry materials after application review. An optional ultrasonic system can be supplied separately for selected fine or difficult-to-screen materials. LVOBO operates its own factory and supports single-unit orders, material screening tests, destination-market electrical configuration and remote video guidance. To confirm the right setup, provide your material, target particle size, required sieve specification and delivery country before ordering.

The LVOBO BO-VX26S is a portable electrostatic powder coating gun developed for distributors and users handling samples, small batches, laboratory work, repairs and on-site coating jobs. Its integrated air supply removes the need for an external air compressor, while two replaceable batteries help operators keep work moving between charges. Stable, adjustable powder delivery supports cleaner material control, and the lightweight gun body is easier to carry between work areas. Two powder cups are supplied for different job sizes. Designed for properly grounded conductive metal parts, the BO-VX26S combines portable operation with direct voltage and airflow control. It applies powder only; coated parts must be cured separately in a suitable oven. Low sample and bulk order thresholds make it practical for market testing, dealer stocking and project-based purchasing.

The exquisite electrostatic powder spraying system operates on the intricate principle of electrostatic attraction. As the alluring mist of powder coating is delicately sprayed from the precision-engineered gun, each tiny particle becomes imbued with a negative charge induced by the high-voltage electrostatic field. Simultaneously, the surface of the object to be coated is grounded, setting the stage for a captivating interplay of positive potential difference. In a breathtaking dance of electric field forces, the negatively charged particles elegantly glide and adhere flawlessly onto the awaiting canvas, creating a luxuriously smooth and flawlessly dense finish.Upon entering the enchanting embrace of the curing furnace, the once powder coating undergoes a mesmerizing transformation. With breathtaking allure, it melts, flows, and then sets into a resplendent, durable surface that is both visually stunning and remarkably protective. It is in this moment that the ordinary is transcended, and the extraordinary is born.

The Electrostatic Powder Spraying Machine works based on the principle of electrostatic adsorption. When the powder coating is ejected from the Spray Gun, the powder particles are negatively charged through the action of the high - voltage electrostatic field. And the coated workpiece is grounded, forming a positive potential difference. Under the traction of the electric field force, the negatively charged powder particles are quickly and evenly adsorbed to the surface of the workpiece, forming a flat and dense coating. Subsequently, after the heating treatment of the Curing Furnace, the powder coating melts, flows flat and solidifies, closely combined with the surface of the workpiece, giving the workpiece excellent appearance and excellent protective performance.

  This is a Handheld Electrostatic Powder Spray Gun that works based on the principle of electrostatic adsorption. When the powder coating is ejected from the Spray Gun, the powder particles are negatively charged through the action of the high - voltage electrostatic field. And the coated workpiece is grounded, forming a positive potential difference. Under the traction of the electric field force, the negatively charged powder particles are quickly and evenly adsorbed to the surface of the workpiece, forming a flat and dense coating. Subsequently, after the heating treatment of the Curing Furnace, the powder coating melts, flows flat and solidifies, tightly combined with the surface of the workpiece.   The equipment comes with three formulas: plate surface coating, rework coating and dead corner surface coating, as well as 21 spraying procedures, enabling high-quality workpiece coating; it also features anautomatic qun cleaning function.   The control unit offers simple and clear operation for more convenient manaqement. Powder volume,atomization and cleaning adjustments are achieved via electronic touch, with the motherboard controllingthe inlet high-precision control valve to ensure accurate and constant air flow, thus quaranteeing precisepowder output and consistent spraying effects.

The Electrostatic Powder Spraying Machine works based on the principle of electrostatic adsorption. When the powder coating is ejected from the Spray Gun, the powder particles are negatively charged through the action of the high - voltage electrostatic field. And the coated workpiece is grounded, forming a positive potential difference. Under the traction of the electric field force, the negatively charged powder particles are quickly and evenly adsorbed to the surface of the workpiece, forming a flat and dense coating. Subsequently, after the heating treatment of the Curing Furnace, the powder coating melts, flows flat and solidifies, closely combined with the surface of the workpiece, giving the workpiece excellent appearance and excellent protective performance.

This is a Handheld Electrostatic Powder Spray Gun that works based on the principle of electrostatic adsorption. When the powder coating is ejected from the Spray Gun, the powder particles are negatively charged through the action of the high - voltage electrostatic field. And the coated workpiece is grounded, forming a positive potential difference. Under the traction of the electric field force, the negatively charged powder particles are quickly and evenly adsorbed to the surface of the workpiece, forming a flat and dense coating. Subsequently, after the heating treatment of the Curing Furnace, the powder coating melts, flows flat and solidifies, tightly combined with the surface of the workpiece. 1.The equipment comes with three formulas: plate surface coating, rework coating and dead corner surface coating, as well as 21 spraying procedures, enabling high-quality workpiece coating; it also features anautomatic qun cleaning function.   2.The control unit offers simple and clear operation for more convenient manaqement. Powder volume,atomization and cleaning adjustments are achieved via electronic touch, with the motherboard controllingthe inlet high-precision control valve to ensure accurate and constant air flow, thus quaranteeing precisepowder output and consistent spraying effects.

Electrostatic powder spraying machine works based on the principle of electrostatic adsorption. When the powder coating is ejected from the spray gun, the powder particles are negatively charged through the action of the high voltage electrostatic field. And the coated workpiece is grounded, forming a positive potential difference. Under the traction of the electric field force, the negatively charged powder particles are quickly and evenly adsorbed to the surface of the workpiece, forming a flat and dense coating. Subsequently, after the heating treatment of the curing furnace, the powder coating melts, flows flat and solidifies, tightly combined with the surface of the workpiece.