Exudative Retinal Detachment (ERD) is a lesion in which the neuroepithelial layer of the retina separates from the pigment epithelial layer without holes. The core mechanism is the destruction of the blood-retinal barrier or the imbalance of choroidal osmotic pressure, resulting in abnormal accumulation of plasma, lipids or blood in the subretinal space. Unlike rhegmatogenous or tractional detachment, ERD does not have retinal holes. ERD is often an "ocular crisis signal" of systemic or local diseases.

ERD is essentially the fundus manifestation of multi-system diseases, and its causes can be divided into two major categories:
(1) Systemic diseases and pregnancy-related diseases: Severe preeclampsia (S-PE) and HELLP syndrome are high-risk factors for ERD; Hypertensive nephropathy: Malignant hypertension can cause choroidal circulation disorders, and fibrinoid necrosis of choroidal arteriole leads to a large amount of plasma exudation. (2) Ocular diseases such as uveitis and retinal vasculitis: Uveitis ranks first among the causes of ERD, especially posterior uveitis like VOGT-Koyanagi-Harada syndrome (VKH) and sympathetic ophthalmia. Inflammation leads to increased permeability of choroidal vessels, causing exudation. Tuberculous uveitis can form subretinal abscesses or granulomas, directly damaging the blood-retinal barrier. Vascular diseases: Coats' disease - Highly prevalent in children and adolescents. Retinal capillary dilation accompanied by a large amount of lipid exudation can lead to total detachment. Retinal vein occlusion (BRVO) - Ischemic vein occlusion induces the release of inflammatory factors, leading to vascular leakage; Tumors and congenital abnormalities: Choroidal melanoma or hemangioma disrupts the blood-retinal barrier, leading to the accumulation of exudate. Metastatic breast cancer and lung cancer are the most common primary foci. According to the latest study of EURETINA 2024, exudative detachment is the main manifestation of invasive retinopathy of prematurity (ROP), accompanied by edema in the anvascular area and subretinal exudation.

The symptoms of ERD patients are diverse, but there are usually four key warning signs:
Painless vision loss: When the macular area is involved, vision can drop sharply to below 0.1. Unlike rhegmatogenous detachment, vision loss in ERD usually progresses more slowly, but patients in the acute phase of hypertensive crisis or VKH syndrome may lose central vision within a few hours. Visual distortion: Due to the displacement of photoreceptor cells caused by subretinal fluid, wavy distortion occurs when looking at straight lines. Amsler grid examination reveals typical grid distortion. Central dark spot: When the macular area is affected, a fixed black shadow appears in the center of the visual field, but the peripheral visual field remains relatively intact. Abnormal color vision and flashes: Inflammatory ERD (such as VOGT-Koyanagi-Harada disease) is prone to blue-yellow color vision shift.

Multimodal imaging combined application of optical coherence tomography (OCT) : The gold standard for ERD diagnosis, which can directly display low-reflection dark areas of subretinal fluid and RPE detachment. EDI-OCT technology - enhanced penetration depth, can quantify choroidal thickness, and help distinguish VKH from CSC; Fluorescein angiography (FFA) : Active leakage foci show "ink-stained" or "chimney-like" hyperfluorescence (such as CNV); The bleeding area shows fluorescence occlusion, and the non-perfusion area suggests ischemic etiology. Indocyanine green angiography (ICGA) : Evaluation of choroidal vessels - Diagnosis of polypoid choroidal vasculopathy (PCV) or VKH complex; OCT angiography (OCTA) : Non-invasive detection of retinal/choroidal neovascularization and quantification of blood flow density; B-type ultrasound: When the refractive media is turbid, it shows subretinal fluid dark areas, differentiating choroidal tumors or hemorrhage. Multifocal electroretinography (mfERG) : Objectively assess retinal functional impairment, especially suitable for children or uncooperative patients;

The treatment of ERD should focus on etiological therapy, supplemented by surgical intervention.

Drug therapy: Glucocorticoids - systemic or topical application (such as intrauterine injection) to suppress inflammation (such as uveitis, Eales' disease); Anti-vegf drugs - reduce vascular leakage (such as BRVO, Coats' disease); Laser and photocoagulation therapy: Retinal laser photocoagulation - sealing abnormal blood vessels (Coats' disease, ischemic BRVO); Micro-pulse laser - Treating macular edema and reducing thermal damage; Surgical intervention: It is only used for complex cases, such as vitrectomy when Coats' disease is secondary to traction detachment. Spontaneous absorption is possible. After blood pressure is controlled in hypertensive choroidal lesions, the detachment can spontaneously return to its original position. The prognosis is highly dependent on the control of the primary disease: inflammatory ERD - early hormone therapy can completely reset it, and the visual recovery is relatively good; Tumors or Coats' disease - Delayed diagnosis and treatment can cause permanent photoreceptor damage. Amblyopia should be vigilant in children. Follow-up requirements - OCT and FFA should be reexamined every 3 to 6 months to monitor recurrence.

Example 1: The retinal neuroepithelial layer in the macular area protrudes, with dark reflex cavities inside

Exudative retinal detachment is a "crisis signal" of systemic diseases within the eye, and its diagnosis and treatment require collaboration between ophthalmology and multiple disciplines. Early identification of the primary disease, combined multimodal imaging assessment, and targeted control of inflammation/vascular leakage are the core strategies to avoid permanent vision loss. Especially for premature infants and patients with chronic inflammation, regular fundus screening is a key line of defense for saving visual function!

Also welcome to contact us, we are ZD Medical Inc.
Tel : +86-187 9586 9515
Email : sales@zd-med.com
Whatsapp/Mobile : +86-187 9586 9515

In fast-paced manufacturing environments, keeping workspaces clean and safe is a non‑negotiable priority. Whether you’re tackling oil spills on the shop floor or wiping down delicate machinery, the right wiping solution makes all the difference. Our Industrial Paper Wiper delivers professional‑grade performance where lesser rags and shop towels simply can’t keep up. Designed for rigorous daily use, it helps you maintain productivity and hygiene without compromise.

Constructed from 100% pure wood pulp reinforced with a durable mesh scrim, this scrim‑grid composite offers exceptional strength and tear resistance—even when wet. Thanks to its eco‑friendly, fully biodegradable composition, you can rest assured that waste disposal stays green. With an absorption ratio of up to 1:6 and water‑hold capacity 500% greater than ordinary paper, each sheet locks in oil and liquids quickly and thoroughly, minimizing drips and drags on the production line.

Available in both 3‑layer and 4‑layer builds, our Scrim Paper Towel adjusts to your specific needs. Choose between 55 GSM for everyday wiping or 65 GSM for extra‑heavy‑duty spills. Sizes range from 30×30 cm to 50×60 cm, and three color options let you implement simple color‑coded cleaning protocols. Tested for tensile strength of 8–10 kg, this Scrim Reinforced Paper Hand Towel won’t fall apart under pressure—and if you require sterile wipes, customized sterilization services are also available.

As a cornerstone of industrial cleaning, these Industrial Wipes excel in automotive workshops, food processing plants, and electronics assembly lines alike. Their lint‑free surface makes them ideal for sensitive instruments, while the grid‑reinforced core provides the durability needed for scrubbing heavy soils and oils. Need branded packaging? Logo customization and FSC‑certified options are on offer to help you align with your company’s sustainability goals.

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The development of surgical procedures is inseparable from the advancement of vessel sealing technology. With the improvement of living standards, patients demand higher standards in terms of the time required for haemostasis during surgery, as well as reduced damage, enhanced safety, and increased reliability. These demands have significantly driven the development of vessel sealing instruments.

A wide variety of vessel sealing instruments are now available on the market. These devices have different scopes of application. In actual use, it is necessary to select appropriate sealing instruments in response to specific vessel sealing requirements. This part depends on the doctor's experience. Frequent replacement of instruments also increases the doctor's workload and is not conducive to improving surgical efficiency. Some instruments have limited degrees of movement freedom at the end of device, making it difficult to grasp non-free blood vessels.

Research indicates that ergonomically designed laparoscopic instruments can significantly reduce the time surgeons take to complete hand-eye coordination tasks and improve their performance during laparoscopic surgery. Therefore, it is crucial to develop a vascular closure device that is widely applicable, easy to operate, and simple to use.

The AGISEAL series of vessel sealer dividers from ShouLiang-med aligns with the current trends in energy-based medical devices. It has a mature and precise energy control system, which can achieve accurate closure of blood vessels, improve the quality of tissue closure, and reduce thermal damage to normal tissues;its deeply optimized jaw design can achieve clamping in a larger size range and more precise tissue positioning; The multi-degree-of-freedom grasping, cutting, and closure-capable jaw tip maximises flexibility to meet the individualised operational needs of clinical practitioners. The ergonomic instrument handle greatly enhances surgeon comfort during operation, which is also key to improving surgical hemostasis efficiency.

[1] Wu Fei, Li Guixiang, Chen Jun, et al. Research status and development trend of vascular closure devices [J]. China Medical Devices, 2022, 37(4): 58-04.

[2] Kuang Yu, Li Wen, Ren Qianchuan. Comparative Analysis of Energy Instruments and Traditional Suture Technique in Transabdominal Cervical Cancer Surgery [J]. China Medical Devices, 2019, 34(3): 27-30.

[3] Qing Hongkun, Zhang Xiaoming, Jiang Jingjun, et al. Introduction to vascular closure devices [J]. Journal of Interventional Radiology, 2015, 24(6): 548-552

[4] Zhang Liqing, Song Shenghua, Wang Yuan, et al. Comparison of two-year follow-up of tonsillectomy with low-temperature plasma knife, ultrasonic knife and traditional method [J]. Journal of Otolaryngology and Ophthalmology of Shandong University, 2017, 31(5): 67-71.

Pregnancy-associated breast cancer (PABC) refers to breast cancer diagnosed during pregnancy or within one year postpartum, with an incidence of (2.4 to 7.3) cases per 100,000 pregnancies. Regarding the treatment of PABC, the international medical community currently believes that while continuing the pregnancy, necessary surgery and chemotherapy should be performed for the breast cancer, but the patient's and foetus's vital signs and changes in condition must be closely monitored throughout the entire process.

Chen Peng et al. mentioned in their paper "Application of electrosurgical equipment in operative treatment of PABC and the discuss of its safety guarantee" that a case of a 27-year-old PABC patient admitted to the Central Hospital of Cangzhou City, Hebei Province. The patient presented with a right breast mass discovered at 33 weeks of gestation, 10 days prior to admission. Outpatient bilateral breast ultrasound revealed a hypoechoic mass in the right breast (BI-RADS 4b category) and enlarged right axillary lymph nodes, with an initial diagnosis of right breast cancer. Electrosurgical equipment was used to perform a modified radical mastectomy. Prior to the procedure, the patient and her family were consulted multiple times, and they strongly expressed their desire to preserve the pregnancy. A multidisciplinary consultation involving the breast surgery, obstetrics, and anaesthesiology departments found no significant contraindications for surgery. Therefore, the procedure was conducted under general anaesthesia with continuous fetal heart monitoring.

In conventional surgery, procedures such as free flap dissection, total mastectomy, and axillary lymph node dissection all utilise monopolar high-frequency electrosurgical instruments. The principle of operation of monopolar high-frequency electrosurgical instruments is as follows: the high-frequency current from the electrosurgical instrument is applied to the human body via the electrosurgical pencil, producing cutting or coagulation effects. The current is conducted through the human body and returns to the electrosurgical equipment via the return negative electrode. To minimise the impact of using the high-frequency electrosurgical knife on the patient, a low-frequency cutting mode at 35 kHz and a low-frequency electrocoagulation mode at 30 kHz are employed. At the same frequency, these modes cause the least damage to both the mother and the foetus. 

Conventional modified radical mastectomy (MRM) for breast cancer typically does not involve the use of bipolar forceps. However, due to the specific condition of this patient, bipolar coagulation was employed during flap dissection and hemostasis, as well as in the handling of small vessels and lymphatics, effectively reducing the use of monopolar electrosurgery. The technique demonstrated reliable hemostasis, minimizing the need for ligatures.

Based on intraoperative data, standard MRM performed with minimal use of electrosurgical devices generally requires around 95 minutes with an average blood loss of approximately 50 ml. In contrast, the PABC (Pregnancy-Associated Breast Cancer) patient in this study underwent surgery with the same approach and extent of dissection, yet the operative time was reduced to 80 minutes and blood loss to about 30 ml. The appropriate use of electrosurgical tools clearly contributed to this improvement.

Follow-up at 10 days postoperatively showed good flap perfusion at the incision site, with normal color and volume of axillary drainage and no significant surgical complications.

ShouLiang-med’s high-frequency surgical system offers multiple cutting and coagulation modes, meeting the low-frequency energy needs required for MRM in PABC patients. This supports shorter operative times and reduced blood loss, contributing to maternal-fetal safety. In addition, ShouLiang-med’s monopolar and bipolar instruments are made with high-quality non-stick materials, further minimizing the risk of tissue adhesion during surgery.

Ensuring a comfortable, hygienic experience is paramount in any dental practice. When patients recline in the chair, a simple yet essential accessory makes all the difference: the disposable protective dental patient apron. Not only does it shield clothing from splashes and spills, but it also reassures patients that their comfort and safety are top priorities. Incorporating Disposable Adult Bibs into your standard treatment protocol elevates the overall patient experience, demonstrating your commitment to both cleanliness and professional care.

As one of the leading Dental Apron Suppliers, Telijie understands the unique demands of busy clinics and high-turnover practices. Our aprons are crafted from lightweight, water-resistant materials that strike the perfect balance between durability and comfort. Unlike heavy, reusable cloth options, these single-use dental patient aprons eliminate the risk of cross-contamination, ensuring that each new visitor receives the same level of pristine protection. Whether it’s a routine cleaning or a more involved procedure, having a reliable Dental Patient Apron on hand streamlines workflow and reinforces best-practice infection control.

Beyond their practical benefits, these patient aprons contribute to a more polished chairside presentation. Their sleek design and gentle texture help patients feel at ease, while hygienists and dentists enjoy quick, uncomplicated apron changes between appointments. Stocking your operatory with high-quality disposable adult bibs also sends a subtle message: your practice invests in top-tier supplies, and every detail—no matter how small—is managed with precision.

When it comes to selecting the right partner for your protective dental supplies, Disposable Protective Dental Patient Apron stands out not only for superior product performance but also for the hallmark service of Telijie. Our dedicated account managers work closely with your team to forecast needs, tailor delivery schedules, and offer flexible ordering options that keep your shelves stocked without excess inventory. From prompt support to customized branding possibilities, Telijie’s full-spectrum service ensures you receive more than just a product—you gain a seamless, client-focused experience that reinforces the quality of care you provide.

1.Venipuncture assistance

Conventional venous puncture、Increase the success rate of puncture

The success rate of traditional puncture (relying on palpation and visual inspection) is approximately 60-75%, while it can be increased to 85-95% after using a vein finder, especially for patients with higher difficulty levels (such as children, the elderly, and obese individuals), the effect is particularly remarkable.

Typical scenarios: blood drawing, intravenous infusion, and placement of indwelling needles.

Reduce complications: Lower the risk of hematoma, nerve damage and infection caused by repeated punctures.

Studies show that after using a vein finder, piercing-related complications are reduced by approximately 40%.

Special patient groups

Pediatric patient

Children’s veins are small and mobile, and traditional puncture may require multiple attempts. Vein finder (can clearly display vein branches and reduce the pain of children patients.)

Obese patients

When the subcutaneous fat layer is relatively thick (>3cm), near-infrared technology can penetrate the fat to locate deep veins (the success rate of traditional methods is only 50%).

For patients in shock or dehydration: When blood vessels collapse, the vein finder can identify veins that are invisible to the naked eye and quickly establish an emergency access.



2. Navigation for surgery and interventional therapy

Vascular surgery assistance

PICC (Peripherally Inserted Central Catheter) :

Accurately select the appropriate vein (such as the precious vein) to avoid mistakenly penetrating arteries or nerves, and the success rate has increased from 75% to over 90%.

Establishment of hemodialysis access: Locate well-functioning veins and prolong the service life of fistulas.

Patients with tumors and undergoing chemotherapy

Protecting vascular resources: Chemotherapy drugs are prone to cause phlebitis. Precise puncture can reduce vascular damage.



3. Emergency and Intensive Care

Rapid establishment of intravenous access: In emergency scenarios (such as cardiopulmonary resuscitation, massive hemorrhage), shorten the puncture time to within one minute.

Difficult intravenous treatment: For burn patients (with skin damage) or those with edema, avoid blind puncture.



4. Management of chronic venous diseases

Varicose vein screening: Evaluate the function of venous valves through dynamic imaging to assist in early diagnosis.

Deep vein thrombosis (DVT) assessment: Some studies have explored the possibility of using a vein finder combined with ultrasound to detect thrombosis (not yet widespread).



5. Special scenario applications

Military and disaster medicine

Battlefield first aid: Portable devices can quickly locate veins in low-light or harsh environments.

Veterinary field

Pet medical care: It is used for venipuncture of animals such as dogs and cats, especially for small dogs or dehydrated animals, with remarkable effects.



6. Medical Education and Quality Control

Training and teaching: Demonstrate the anatomical structure of veins through real-time imaging to reduce the practice mistakes of beginners on real patients.

Operation Record and analysis: Store puncture data for review to enhance the technical proficiency of the team.



Clinical advantages and limitations

Advantages

Non-invasive, real-time imaging

Reduce medical costs (decrease waste of consumables and repetitive operations)

Improve patient experience (reduce pain and anxiety)

Limitations: Technical limitations: The efficacy may decline for patients with extreme obesity (fat layer >5cm) or severe circulatory disorders.



The future direction of clinical development

Fusion with ultrasound: Enhance the imaging capability of deep veins and microvessels.

AI prediction system: Automatically recommend the best puncture path.

Low-cost popularization: Develop a simple version suitable for primary healthcare.

Vein finder has gradually evolved from an "optional tool" to a "clinical necessity", especially showing significant value in enhancing medical safety and efficiency. However, its full-scale popularization still needs to address issues of cost and technical compatibility.

Also welcome to contact us, we are ZD Medical Inc.
Tel : +86-187 9586 9515
Email : sales@zd-med.com
Whatsapp/Mobile : +86-187 9586 9515

1. Basic type (Portable/Handheld)

Price range: $500 - $2,500

Suitable for small clinics, home care or occasional use.

Function: Basic infrared imaging, suitable for general vein location.



2. Mid-range type (Enhanced portable/desktop type

Price range: $2,500 - $6,000

It is suitable for hospitals, emergency rooms or institutions with frequent venipunctions.

Functions: Higher resolution, AI-assisted recognition, suitable for patients with dark skin or obesity.



3. High-end type (Medical grade/Fixed type)

Price range: $6,000 - $15,000+

It is suitable for large hospitals, surgical centers or research institutions.

Functions: 3D imaging, real-time dynamic tracking, integrated electronic medical record (EMR) system.



4. Low-cost alternative solutions

Price range: $100 - $500

It is suitable for individuals or small institutions with limited budgets.

Function: Simple infrared or LED transmission, with relatively low precision.



Key factors influencing prices:

1. Technology type:
   
   Infrared imaging vs. Ultrasound vs. Multispectral imaging.
   
2. Applicable population:
   
   Children, people with dark skin or obesity need more precise equipment.
   
3. Additional Functions:
   
   Wireless connection, data storage, AI-assisted analysis, etc. will increase costs.
   
4. Brand and Certification:
   

   FDA/CE certified brands (such as AccuVein and Christie) are more expensive than uncertified products.

   
   

   Also welcome to contact us, we are ZD Medical Inc.
   Tel : +86-187 9586 9515
   Email : sales@zd-med.com
   Whatsapp/Mobile : +86-187 9586 9515

Vein finder, as an important auxiliary tool in the modern medical field, has made remarkable progress in both technology and application in recent years. This article will delve deeply into the latest technological developments, market dynamics, clinical application trends, and future innovation directions of vein finder devices. From near-infrared imaging to artificial intelligence algorithms, from portable design to multimodal fusion, vein finder technology is undergoing a profound transformation, bringing revolutionary improvements to the quality and efficiency of medical care. We will analyze the advantages and disadvantages of the current mainstream technology routes, examine the global market landscape and growth drivers, and look forward to possible breakthrough innovations in this field, providing comprehensive industry insights for medical professionals, researchers and investors.

The latest advancements in vein finder technology:
Vein finder technology has made breakthrough progress in recent years, mainly reflected in three aspects: imaging accuracy, intelligence and multi-functional integration. The current mainstream technical routes include various methods such as near-infrared (NIR) imaging, multispectral imaging, laser projection, and ultrasonic testing. Each technology has its unique advantages and application scenarios.

In particular, the new generation system of ZD Medical Company, through the combination of multispectral imaging technology and AI algorithms, has significantly enhanced image resolution, enabling clear display of the direction, depth and branches of subcutaneous veins, and greatly improving the recognition ability of small and fragile blood vessels.

The introduction of artificial intelligence algorithms is one of the most significant advancements in current vein finder technology. Advanced deep learning models can automatically mark the best puncture points, reduce human errors, and adapt to patients of different skin colors and constitutions through continuous learning.

Real-time dynamic tracking function has become a standard feature of high-end products. Unlike traditional static imaging, the new generation of systems can display the changes in vascular status in real time, which is of great significance for monitoring the infusion process and evaluating vascular function. Some high-end models, such as Vein Finder System, have been able to quantify vascular elasticity and calcification degree, providing early screening functions for patients with chronic diseases.

In terms of portability, the market trend is clearly moving towards miniaturization and wireless development. The market share of handheld vein finder devices has exceeded 60%, and their lightweight design supports bedside, on-site and even battlefield use. Some models can even be integrated into mobile medical vehicles or drone first aid kits, greatly expanding the application scenarios. It is worth noting that the emergence of wearable vein detection devices represents the latest trend. Near-infrared technology has been integrated into smart glasses and wrist-worn devices, enhancing mobility and real-time usage capabilities in emergency situations

Also welcome to contact us, we are ZD Medical Inc.
Tel : +86-187 9586 9515
Email : sales@zd-med.com
Whatsapp/Mobile : +86-187 9586 9515

In a fast-evolving healthcare landscape, laboratories and medical professionals are seeking reliable, affordable, and high-performance solutions for diagnostic testing. At Poclight Biotech, we deliver on all fronts—combining innovation, affordability, and global cooperation to bring next-generation testing systems like the Mini-CLIA Chemiluminescence Analyzer to the forefront of point-of-care and laboratory diagnostics.

Whether you’re looking for a Inflammation Rapid Test, Cardiac Test Kit, Thyroid Test kit, Tumor Marker test analyzer, Hormones Fertility Rapid Test, Diabetes Test kits, Bone Metabolism Test, Anemia Test, Allergy Preeclampsia Test, or a cutting-edge CLIA analyzer, Poclight offers products that consistently meet international quality standards—at competitive prices.

Mini-CLIA: Small in Size, Big in Performance

Our Mini-CLIA Chemiluminescence Immunoassay System is a compact yet powerful bench-top analyzer designed to integrate advanced CLIA technology with the flexibility and speed of POCT (Point-of-Care Testing) systems.

The analyzer utilizes the latest technology with exclusive intellectual property rights——CRET Technology to quantify or qualify target analytes in serum, plasma, whole blood. Powered by a PMT (photomultiplier tube), the system detects light signals, converts them into digital data, and processes results using a preloaded master calibration curve—ensuring high precision and accurate concentrations in every test.

Key Features at a Glance

• High sensitivity and specificity thanks to CRET chemiluminescence technology
• The report can be generated in as little as 3 minutes
• Only 3 steps: place the sample, wait, and get the report
• LIS connectivity for seamless data exchange with hospital or laboratory information systems

Why Choose Poclight?

At Poclight, we’re more than just a manufacturer—we’re your long-term diagnostic partner. Here's what sets us apart:

Glycated hemoglobin (HbA1c) has become a crucial metric for assessing blood sugar levels, widely used in clinical settings. However, its dynamic fluctuations and predictive capabilities for various adverse outcomes present untapped potential. Poclight's advanced HbA1c POCT analyzer and testing kits, designed to provide comprehensive insights for managing blood glucose levels, especially for pregnant women throughout their entire lifecycle.

One of the standout features of Poclight's testing solution is the single-use lyophilized reagent, which can be stored and transported at room temperature. With a shelf life of up to 18 months, these reagents eliminate the need for cold-chain logistics, making it easier for healthcare providers to manage inventory and reduce costs.

Speed is another critical advantage of Poclight's HbA1c POCT analyzer. Results can be obtained in as little as 5 minutes, enabling healthcare professionals to make timely decisions and enhance patient care. This rapid turnaround time is invaluable, particularly in urgent situations where immediate feedback is essential for effective management.

The design of Poclight's analyzer is user-friendly and adaptable to various environments. Its simplified operation ensures that healthcare professionals, regardless of their technical expertise, can easily integrate it into their workflows. Whether in clinics, hospitals, or remote healthcare facilities, our product is versatile enough to meet diverse needs.

Poclight's HbA1c POCT analyzer and accompanying testing kits are not just tools for measuring blood sugar; they are gateways to better health management.