LucentMed provides reliable medical device cleaning brushes tailored to the needs of various healthcare institutions. Backed by over 20 years of professional experience, the company maintains end-to-end quality control and data traceability throughout the manufacturing process.
Features: Characterized by an extra-long, flexible stainless steel shaft and a specific brush head diameter; this is a primary product category for LucentMed.
Applications: For penetrating and scrubbing the interior of long, tubular instruments.
Features: Resemble toothbrushes or flat brushes in shape, but feature specially designed bristle materials.
Applications: For scrubbing hinge joints, serrations, and threaded areas of surgical scissors and hemostats, as well as the external surfaces of instruments.
Features: Shorter in length, with brush heads featuring a stepped profile or a dual-diameter (thick/thin) design.
Applications: Specifically designed for multi-angle scrubbing of specialized openings on endoscope control handles, such as suction valve ports and water/air insufflation ports.
Following the correct procedure when using a medical device cleaning brush is essential for ensuring effective endoscope cleaning and extending the service life of expensive endoscopic equipment.
· Remove the suction button before brushing.
· Keep the brush head straight and maintain a steady speed when passing through the button housing; avoid tilting or rotating the brush.
· Use a dedicated suction channel brush equipped with a hemispherical protective tip.
· Slow down when advancing into the bending section and monitor for changes in resistance.
· Allow the flexible brush shaft to bend naturally as it passes through; do not force it by pushing or pulling hard.
· Use a dedicated small-diameter brush (1.0–1.5 mm); do not substitute with a working channel brush.
· Flush with a syringe to confirm that air and water flow functions are restored.
· Disassemble and brush separately using a short-handled valve brush.
· Pay attention to cleaning internal crevices and inspect sealing rings for damage.
The Medical Device Cleaning Brush features densely arranged bristles designed to penetrate deep into instrument lumens and narrow crevices, effectively removing blood, mucus, tissue residue, and microbial contaminants.
The brush head offers strong scrubbing action without damaging the device, thereby enhancing cleaning efficiency and reducing the need for repeated cleaning cycles.
Brush head diameter: 1.0–8.0 mm
Working length: 500–3000 mm
Brush head design: Single-ended or double-ended
Compatible with a wide range of endoscopes, catheters, minimally invasive surgical instruments, and laboratory equipment.
LucentMed utilizes medical-grade nylon bristles or stainless steel wire, ensuring flexibility and wear resistance.
The flexible shaft navigates easily through curved or narrow channels without damaging precision instruments, helping to preserve the device's service life.
Manufactured in GMP-compliant cleanrooms; holds ISO 13485, ISO 9001, and CE certifications.
Strict quality control ensures secure bristles and a stable shaft, meeting international standards for endoscope and medical device reprocessing.
OEM/ODM customization available: Brush heads, shafts, handles, and packaging can be designed to meet specific requirements.
A1: Consult the endoscope's instruction manual or the equipment supplier to identify the required brush model—for example, a single-ended valve brush with specifications such as φ10/40/100mm.
A2: Single-use models cannot be reused.
Reusable models can be used multiple times, provided they are properly cleaned and maintained; they should also be replaced regularly to ensure effective cleaning performance.
A3: Colors are typically used to distinguish between different types of endoscopic equipment, facilitating easier management and use; for instance, a light green single-ended valve brush might be designated for a specific type of endoscope.
A4: Traditional cleaning brushes often utilize adhesive bonding or stapling to attach bristles, which entails the following risks:
Adhesives may age and become brittle after prolonged immersion in enzymatic solutions or disinfectants, making the brush head prone to detachment;
Residual adhesive may leach harmful substances; repeated bending can reduce clamping force, causing the brush head to loosen or even fall off.
Technical advantages of the integrated molding process include: exceptionally high pull-off strength, no chemical leaching, no metal corrosion, smooth joints, high dimensional precision, and superior fatigue resistance.
Address
Zhongke Industrial City, No. 6, Xihuan Road, Jiangshan Town, Laixi City, Qingdao, Shandong Province, China
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