Gestion de la qualité et ISO
Les activités de Sysmex Belgium SA et Sysmex Nederland B.V. s'appuient sur un système certifié de gestion de la qualité. La structure globale centralisée garantit une communication rapide et efficace basée sur les connaissances disponibles au sein de l'entreprise. Le traitement rapide et précis des questions logistiques, techniques et scientifiques est garanti grâce à nos connaissances et notre savoir-faire. Nous mettons tout en œuvre pour garantir la satisfaction durable du client pendant toute la durée de vie des produits que nous livrons. L'organisation en équipes multidisciplinaires nous permet d'offrir à nos clients des services tels que :
- le respect des délais de livraison des réactifs et des consommables,
- la réparation et l'entretien des instruments,
- le conseil et la gestion en matière de projets complexes d'installation de laboratoire,
- des concepts intégrés d'automatisation de laboratoire,
- la traduction du feed-back continu des clients en VOC (voice of the customer) et sa remontée au niveau du fabricant afin de soutenir les développements futurs,
- l'organisation et le soutien de groupes d'utilisateurs et d'événements clients.
ISO
Notre entreprise est certifiée ISO 9001 et 29990. Cette certification constitue une garantie non seulement que l'entreprise applique des process transparents et efficaces qu'elle s'efforce d'améliorer en permanence, mais aussi qu'elle accorde une importance toute particulière à la sécurité du produit et à la vigilance. La certification ISO 14001 témoigne de l'engagement de Sysmex envers le recyclage et la réduction des déchets. Les formations et la Sysmex Academy satisfont aux exigences des normes ISO 29990:2010 (Services de formation dans le cadre de l'éducation et de la formation non formelles -- Exigences de base pour les prestataires de services).
Lymphocyte
Follicular lymphoma
Atypical lymphocyte
Prolymphocytes and lymphocytes
Modified morphology of cells
Blood film contaminated by saliva
Bacterial aggregates on blood film
Streptococcal septicaemia
Epithelial cells
Clostridium perfringens
Auto-immune haemolytic anaemia (AIHA)
Red blood cells
Red blood cells
Pseudo-fragmentocytes
Fragmented red blood cells and thrombocytopenia
Red blood cells and lymphocyte
Acanthocytes
Echinocytes
Echinocytes
Acanthocytes
Howell-Jolly bodies
Howell-Jolly body
Howell-Jolly body
Red blood cell with basophilic stippling and polychromatic red blood cell
HbH cell
'Rouleaux formation'
'Rouleaux formation' and clumping
Edge of blood film
Disturbed cell distribution
Frozen blood sample
Granulocyte
Degraded granulocytes
Granulocytes of a patient treated with GCS-F
Band cells
Pseudo-Pelger's nuclear anomalies
Pollen in blood film
Schizont of plasmodium malariae
Giant platelet
Platelet on top of red blood cell
Plasmodium falciparum
Mucous membrane epithelial cell
Drop of saliva
Breast carcinoma cells on blood film
Endothelial cells on blood film
Malignant melanoma cells on blood film
Blood film with staining artefact
Striations with a blue cast on blood film
Flocculated cryoglobulins
Blood film with striations with a blue cast
Extreme haemolysis
Abnormal platelets
Platelets
Anisocytosis of platelets
Accumulation of platelets on granulocytes
Thrombocytosis, anisocytosis of platelets and giant platelets
Hairy cell leukaemia-variant
Cytoplasmic protrusions of a lymphocyte
Cytoplasmic fragments split off a blast
Hairy lymphocyte
Hairy cell leukaemia
Acute haemolysis
Blood sample reflecting acute intravascular haemolysis
Auto-immune haemolytic anaemia
Agglutinated red blood cells and marked polychromasia
Schistocytes and thrombocytopenia
Leucoerythroblastic condition and schistocytes
Colorectal carcinoma cells in bone marrow
T-cell large granular lymphocytic (LGL) leukaemia
Severe aplastic anaemia
Acute T lymphoblastic leukaemia (T-ALL)
Chronic myelogenous leukaemia (CML)
Chronic lymphocytic leukaemia / prolymphocytic leukaemia
Acute myeloid leukaemia (AML-M4)
Platelet aggregates
Thrombocytopenia and platelet anisocytosis
Platelet satellitosis
Thrombocytopenia and detection of cytoplasm fragments from monoblasts
Iron deficiency anaemia
Erythrocytosis
Severe aplastic anaemia
Tumour cells from malignant melanoma
Breast cancer cells
Bone marrow analysis of a breast cancer patient
B-ALL / Burkitt lymphoma
Auer rods in cytoplasm of myeloblasts
Cortical T-ALL
Streptococci in blood film
Incidental detection of Borrelia recurrentis
Atypical promyelocyte in peripheral blood
Diagnosis of AML in bone marrow
Typical blasts in AML-M3v
Extreme thrombocytosis in chronic myelogenous leukaemia
Flocculated cryoglobulin in phase contrast microscopy image
Thrombocytosis and platelet anisocytosis
Gametocyte
Thick blood film with high density of malaria pathogens
Throphozoites with malaria tropica
Malaria parasite
Primary myelofibrosis (PMF)
Primary myelofibrosis (PMF) in prefibrotic stage
Bone marrow histology showing prefibrotic stage of PMF
Primary myelofibrosis (PMF) in fibrotic stage
Primary myelofibrosis (PMF) in bone marrow histology
Peripheral blood of a patient with breast cancer and bone metastases
Bone marrow cytology showing many tumour cells of breast cancer
Infiltration of bone marrow by a lobular carcinoma of the breast
Infiltration of bone marrow by a lobular carcinoma of the breast
Bone marrow histology of a patient with breast cancer
Peripheral blood showing a typical B-CLL
B-CLL with granulocytopenia
Chronic lymphocytic leukaemia / prolymphocytic leukaemia
Peripheral blood of a patient with B-CLL
Dense infiltration of bone marrow by B-CLL
Acute myeloid leukaemia (AML)
Blast cells in peripheral blood
Blasts in bone marrow cytology
Bone marrow histology with blast cells
Bone marrow histology showing blasts
Giant platelets in peripheral blood
Peripheral blood of a patient with ET showing an isolated thrombocytosis
Peripheral blood of a patient with CML
Exceptionally large megakaryocytes
Abundant and atypical megakaryocytes
Bone marrow histology of a patient with severe aplastic anaemia
Peripheral blood of a patient showing isolated neutropenia
Isolated congenital reduction of erythropoiesis in bone marrow
Pancytopenia (tricytopenia) in peripheral blood
Bone marrow cytology of a patient with aplastic anaemia
Peripheral blood of a patient with CML
Peripheral blood of a patient with CML
Bone marrow cytology of a patient with CML
High number of megakaryocytes
BCR-ABL fusion gene detected by fluorescence-in-situ-hybridisation
Hodgkin cells
Hodgkin's lymphoma
Gaucher cells
Bone marrow histology of a patient with sarcoidosis
Bone marrow cytology showing predominantly ringed sideroblasts
Peripheral blood of a patient with MDS
Bone marrow histology showing altered bone marrow architecture and pronounced dysplasia
Macrocytic, hyporegenerative anaemia
Bone marrow cytology showing dysplastic changes in all cell lineages
Bone marrow cytology of a patient with multiple myeloma
'Rouleaux formation' of red blood cells
'Rouleaux formation' in blood of a patient with chronic polyarthritis
Bone marrow cytology of a patient with CMML
Plasma cells in bone marrow of a patient with multiple myeloma
Iron accumulation in bone marrow
Increase of all three cell lineages in peripheral blood of a patient with PV
Blood film of a patient with polycythaemia vera (PV)
Bone marrow histology with an increased number of megakaryocytes
Lymphoma cells in peripheral blood
Mantle cell lymphoma infiltrating bone marrow
Hairy cell leukaemia
Bone marrow cytology of a patient with immunocytoma
Bone marrow infiltrated by a diffuse large B-cell lymphoma
Normal bone marrow cytology
Normal bone marrow cytology
XS-Series – Outstanding X-Class technology
Counting of highly fluorescent lymphocytes (HFLC) as antibody-producing plasma cells on XE-5000
Examples of body fluid analysis with the XE-5000
The immature platelet fraction (IPF) - The first to know about megakaryocyte activity
Quantitative and qualitative monitoring of erythropoiesis with RET-He even on XE-2100 and XT-2000i
The clinical relevance of measuring NRBC in the XN-CBC
The Immature Granulocyte Count - The first to know about inflammation
The 'second generation' urine Fluoresence Flow Cytometry: the key to modern screening for urinary tract infections
Sysmex UF-1000i and UF-500i: the modern age of urinalysis
XE-5000 Case Manager - combining laboratory information with clinical knowledge
XS-Series - Sysmex 5-part differential haematology analyser with fluorescence technology for small workloads
XS-Series - Ideal for paediatric blood analysis
XT 4000i Pushing limits in routine lab haematology
The immature platelet fraction (IPF) in neonates
Usefulness of neut-x determination in routine diagnostic procedures: application to myelodysplastic syndromes
Haematology reference intervals for established and novel parameters in healthy adults
Fighting for fair competition: blood doping – a persistent challenge and smart approaches to detect it
Platelet morphology and IPF during treatment with haemodialysis
CA-101 & CA-104 Coagulation analyser
CS-5100 Coagulation System
The 5 Principles of Silent Design
Emergency myocardial infarction — the live-saving discovery of a hidden leukaemia
Impressions of the IFCC Worldlab 2011 in Berlin – Launch of the new XN series by Sysmex
Optimisation of the quality of the results and the turn-around times in the laboratory
Early detection of essential thrombocythaemia reduces the risk of stroke in a clinic patient
Acute promyelocytic leukaemia - the diagnostic pathway illustrated by an emergency patient case
Impressions from the Sysmex European Haematology Symposium 2013 in Lyon
3rd European OSNA User Club focuses on scientific projects
Sysmex Company Movie
IFCC World Lab Istanbul 2014
Rion Sound Level Meter
ISO 14001 Sysmex
Nucleated Red Blood Cell
Myeloblast
Promyelocyte
Myelocyte
Metamyelocyte
Band cell
Promonocyte
Monocyte
Basophil
Segmented neutrophil
Eosinophil
Prolymphocyte
Lymphocyte
Plasma cell
Hairy cell
Atypical lymphocytes suspected reactive
Blast Cell
SEED: APTT, Heparin and its mechanism of action
SEED: A closer look at protein detection in microscopic urinalysis
SEED: Chronic Pyelonephritis
SEED: Coagulation emergencies - understanding why turnaround times are vital
SEED: CSF – a material with special requirements
SEED: Haemophilia – a laboratory diagnostic approach
SEED: Laboratory investigation of haematuria
SEED: Preanalytical aspects in urinalysis
SEED: Preanalytical influences on coagulation test results
SEED: Principles of haemostasis
SEED: Prothrombin Time Test
SEED: Quality control in coagulation testing
SEED: Laboratory investigation of haemolysis
SEED: Overview of the benefits of switching from a 3-part differential to a 5-part differential haematology analyser
SEED: The red blood cell indices
SEED: The role of the peripheral blood smear in the modern haematology laboratory.
SEED: The use of absolute figures in haematology
SEED: The new oral anticoagulant drugs - what influence do they have on routine coagulation testing
SEED: The Thrombin Time Test and Reptilase Test – what is their role in coagulation testing?
SEED: The role of the D-dimer test in clinical diagnostics
SEED: Medical statistics – your support when interpreting results
SEED: Reference ranges and what Sysmex can offer
SEED: SNCS IQAS Online – the quality control solution for the haematology laboratory
Customer Information Literature List - Body Fluids - October 2015
Customer Information Literature List - Platelets - August 2015
Customer Information Literature List - Red Blood Cells - October 2015
Customer Information Literature List - White Blood Cells - September 2015
SEED: The importance of reticulocyte detection
SEED: Lymphocyte differentiation update – helpful or dispensable?
SEED: Malaria – the global burden
The Art of Particles
UX-2000
XP-300 Analyseur D´Hématologie
Certificaat deelname CO2 initiatief 2015-2016
SEED: Pre-analytics create the correct preconditions to achieve high-quality analysis results part I
SEED: Pre-analytics create the correct preconditionsto achieve high-quality analysis results part II
SEED: Challenges in monocyte counting
Suppliers charter
Certificaat ISO 17025 - Rv A 01-11-2020 ENG
Apoptosis Sequence
Immuno Sequence
Sysmex and CRC Screening: a Perfect FIT
Sentifit 270
Sysmex QC material preparation
SEED: The ‘erythrocyte sedimentation rate’: a well-timed indicator of clinical value
SEED: The importance of thrombocytopenia and its causes
SEED: Blast cells – a diagnostic heavyweight
SEED: Haematopoietic Stem Cell Transplantation - Part I
SEED: Haematopoietic Stem Cell Transplantation - Part II
SEED: Platelet detection and the importance of a reliable count
SEED: Quality control materials: the better you treat them, the more you can trust your haematology results
White Paper: Flow cytometry for the analysis of microorganisms
White Paper Cytometry
Sysmex White Paper WHITE BLOOD CELL FUNCTIONALITY
White Paper: Novel haematological parameters for rapidly monitoring the immune system response
White Paper: Differential diagnosis of thrombocytopenia
White Paper: Identifying poor antiplatelet drug response and its risks early on
White Paper: Importance of the immature platelet count for effectively managing immune thrombocytopenia ITP treatment
White Paper: Managing stem cell apheresis effectively
White Paper: Managing haematopoietic stem cell transplantation pre- and post-apheresis
How to change directory
How to create an average
How to create a material database
How to edit a report
How to edit a result
How to export results
How to print reports
How to send a measurement file
How to send logfiles
How to share a license
How to use column configuration
How to use MS2000 emulation
How to use the maintenance window
How to use the optical property optimizer
How to use the SOP summary
SEED: Haematology - Biomedical Validation
SEED: Traceability and measurement uncertainty
Magseed brochure
Magseed
SEED: Internal quality control in haematology – for the sake of the patient
SEED: Looking deeper into inflammatory conditions from a laboratory and clinical perspective
Sysmex SEED Synovial fluid - part 1 main characteristics
AMG Mini
Omni series
Certificaat ISO 17025 - Rv A 01-11-2020 NL
Certificaat VCA 2008-5.1 29-10-2021
SEED: Synovial fluid – part 2 laboratory evaluation
SEED: Body fluid cell counts – how to perform and interpret the results
