Attestation D'Accreditation
Attestation D'Accreditation
Attestation D'Accreditation
Section Laboratoires
ATTESTATION D’ACCREDITATION
ACCREDITATION CERTIFICATE
N° 1-1433 rév. 9
Le Comité Français d'Accréditation (Cofrac) atteste que :
The French Committee for Accreditation (Cofrac) certifies that :
Accreditation in accordance with the recognised international standard NF EN ISO/IEC 17025 demonstrates the
technical competence of the laboratory for a defined scope and the proper operation in this laboratory of an
appropriate management system (see current Joint ISO-ILAC-IAF Communiqué available on Cofrac web site
www.cofrac.fr) .
Le Cofrac est signataire de l’accord multilatéral d’EA pour l’accréditation, pour les activités objets de la
présente attestation.
Cofrac is signatory of the European co-operation for Accreditation (EA) Multilateral Agreement for accreditation for
the activities covered by this certificate.
Section Laboratoires
ANNEXE TECHNIQUE
PORTEE FLEX 1
Produits chimiques et biologiques / Dispositifs médicaux / Toxicologie
(Test for the estimation of medical devices and materials biocompatibility – Toxicological tests)
Préparation des produits à tester - Preparation of products to test
Référence de la
Objet Caractéristique recherchée Principe de la méthode
Object Measured parameter Principle of the method
méthode
Reference of the method
Dispositifs médicaux
Extraction (réalisation d’un
Medical devices Préparation des échantillons
liquide d’extraction) ASTM F619
Plastiques médicaux Preparation of the samples
Extraction (through extraction liquid)
Medical plastics
Portée flexible FLEX1 : Le laboratoire est reconnu compétent pour pratiquer les essais en suivant les méthodes référencées et
leurs révisions ultérieures.
The laboratory is recognized as competent to carry out testing according the referenced methods and their subsequent revisions.
PORTEE FLEX 1
Produits chimiques et biologiques / Dispositifs médicaux / Toxicologie
(Test for the estimation of medical devices and materials biocompatibility – Toxicological tests)
Caractéristique
Objet Principe de la méthode Référence de la méthode
Object
recherchée Principle of the method Reference of the method
Measured parameter
Essais toxicologiques (Toxicological tests)
Irritation de la peau Application(s) et observations
ISO 10993-23
Unique ou répétée macroscopiques
Clause 7.2
Animal irritation test Application and macroscopic observation
Injection (injection)
Toxicité systémique En test aigu (acute test): bilan pondéral ISO 10993-11
intraveineuse et observations cliniques. Clause 5
Unique ou répétée En test chronique (chronic test): Annex A.8
Acute systemic toxicity: acute
+ bilan alimentation, dosages sanguins USP/NF <88>
intravenous application
et histologie sur organes
Injection
Toxicité systémique par En test aigu (acute test): bilan pondéral ISO 10993-11
voie intrapéritonale et observations cliniques. Clause 5
Dispositifs Acute systemic toxicity: acute En test chronique (chronic test): + bilan Annex A.7
intraperitoneal application alimentation, dosages sanguins et USP/NF <88>
médicaux
Medical devices histologie sur organes
ISO 10993-4
Numération
Plaquettes et fonction Table 2
Count
plaquettaire B 3.4.1
Quantification of platelet ISO 10993-4
aggregates Agrégation
B.3.3.2
Aggregation
F.4.4
ISO 10993-4
Sécrétion de PF4
B.3.3.1
Secretion-PF4
B.3.3.3
Plaquettes et fonction
plaquettaire Activation plaquettaire :
Quantification of platelet Platelet activation
aggregates ISO 10993-4
P-selectin
Table F.1
CD41 & CD61 (GpIIb/IIIa)
Microparticles
PORTEE FIXE
Produits chimiques et biologiques / Dispositifs médicaux / Toxicologie
(Tests for the estimation of medical devices and materials biocompatibility – Toxicological tests)
Caractéristique
Objet Principe de la méthode Référence de la méthode
Object recherchée Principle of the method Reference of the method
Measured parameter
Dispositifs médicaux
(matériel destiné à ISO 10993-4
être au contact du Hématologie - Comptage
des globules rouges Impédance électrique B.3.4.1
sang/stockage) Hematology – Red blood cell Electrical impedance Méthode interne :
Medical devices count WPTRU015
(material in blood
contact/storage)
Portée FIXE : Le laboratoire est reconnu compétent pour pratiquer les essais en respectant strictement les méthodes internes
mentionnées dans la portée d’accréditation. Les modifications techniques du mode opératoire ne sont pas autorisées.
The laboratory is recognized as competent to carry out testing in strict accordance with the methods set out in the scope. Technical modification
of the in-house method are not allowed.
PORTEE FLEX 1
Produits chimiques et biologiques / Dispositifs médicaux / Toxicologie
(Test for the estimation of medical devices and materials biocompatibility – Toxicological tests)
Caractéristique
Objet Principe de la méthode Référence de la méthode
Object
recherchée Principle of the method Reference of the method
Measured parameter
Génotoxicité Test for genotoxicity in vitro ISO 10993-3 §5.2.2
Dispositifs Activité mutagène sur
Essai de mutation reverse sur des
médicaux Salmonella thyphimurium ISO 10993-3 (§ 5.2.2.a)
bactéries : Test d’Ames
Medical devices Mutagenic activity on Salmonella OECD n° 471
Carcinogenicity and reproductive toxicity
thyphimurium
Génotoxicité Test for genotoxicity in vivo ISO 10993-3 §5.2.2
Injections et lecture histologique de
Test du Micronoyau frottis de moelle osseuse fémorale ISO 10993-3 (§ 5.2.2)
Dispositifs
Micronuclei test pour comptage des micronoyaux OECD n° 474
médicaux
Histology
Medical devices
Moelle osseuse
Analyse chromosomique ISO 10993-3 (§ 5.2.2)
mammifères Metaphase analysis OECD n°475
Rodent bone marrow
Portée flexible FLEX1 : Le laboratoire est reconnu compétent pour pratiquer les essais en suivant les méthodes référencées et
leurs révisions ultérieures.
The laboratory is recognized as competent to carry out testing according the referenced methods and their subsequent revisions.
PORTEE FLEX 1
Produits chimiques et biologiques / Dispositifs médicaux / Cytotoxicité
(Tests for in vitro cytotoxicity and in vitro cytocompatibility of medical devices and materials - Cytotoxicity)
Caractéristique
Objet Principe de la méthode Référence de la méthode
Object
recherchée Principle of the method Reference of the method
Measured parameter
Dispositif
Cytotoxicité In Vitro Contact, diffusion ou extrait
médical ISO 10993-5
Tests for in vitro cytotoxicity Contact, diffusion or extract
Medical device
Portée flexible FLEX1 : Le laboratoire est reconnu compétent pour pratiquer les essais en suivant les méthodes référencées et
leurs révisions ultérieures.
The laboratory is recognized as competent to carry out testing according the referenced methods and their subsequent revisions.
Portée flexible FLEX1 : Le laboratoire est reconnu compétent pour pratiquer les essais en suivant les méthodes référencées et
leurs révisions ultérieures.
The laboratory is recognized as competent to carry out testing according the reference methods and their subsequent revisions.
#
Accréditation rendue obligatoire dans le cadre réglementaire français précisé par le texte cité en
référence dans le document Cofrac LAB INF 99 disponible sur www.cofrac.fr
ISO/IEC 17025:2017
''General Requirements for the Competence of Testing &
Calibration Laboratories''
for its facilities at
SATELMOND PALACE CAMPUS, THIRUVANANTHAPURAM, KERALA, INDIA
in the field of
CALIBRATION
Certificate Number: CC-2574
Issue Date: 14/02/2023 Valid Until: 13/02/2025
This certificate remains valid for the Scope of Accreditation as specified in the annexure subject to continued
satisfactory compliance to the above standard & the relevant requirements of NABL.
(To see the scope of accreditation of this laboratory, you may also visit NABL website www.nabl-india.org)
Name of Legal Identity : SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES AND
TECHNOLOGY
N. Venkateswaran
Chief Executive Officer
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 1 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
Permanent Facility
ELECTRO-
TECHNICAL- Using Multiproduct
1 Alternating AC Current at 50 Hz Calibrator by Direct 1 A to 5 A 0.0015 A to 0.02 A
Current (< 1 method
GHz) (Source)
ELECTRO-
TECHNICAL- Using Multiproduct
2 Alternating AC Current at 50 Hz Calibrator by Direct 100 mA to 1 A 0.2 mA to 0.0015 A
Current (< 1 method
GHz) (Source)
ELECTRO-
TECHNICAL- Using Multiproduct
3 Alternating AC Current at 50Hz Calibrator by Direct 33 mA to 100 mA 0.04 mA to 0.2 mA
Current (< 1 method
GHz) (Source)
ELECTRO-
TECHNICAL- Using Multiproduct
4 Alternating AC Voltage at 50 Hz Calibrator by Direct 100 V to 600 V 0.09 V to 0.43 V
Current (< 1 method
GHz) (Source)
ELECTRO-
TECHNICAL- Using Multiproduct
5 Alternating AC Voltage at 50 Hz Calibrator by Direct 330 mV to 4 V 0.21 mV to 0.007 V
Current (< 1 method
GHz) (Source)
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 2 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
ELECTRO-
TECHNICAL- Using Multiproduct
6 Alternating AC Voltage at 50 Hz Calibrator by Direct 4 V to 100 V 0.007 V to 0.09 V
Current (< 1 method
GHz) (Source)
ELECTRO-
TECHNICAL- Using Digital
7 DIRECT DC Current Multimeter by Direct 1 A to 5 A 1.5 mA to 12.9 mA
CURRENT method
(Measure)
ELECTRO-
TECHNICAL- Using Digital
8 DIRECT DC Current Multimeter by Direct 10 mA to 100 mA 13.6 µA to 113.2 µA
CURRENT method
(Measure)
ELECTRO-
TECHNICAL- Using Digital
9 DIRECT DC Current Multimeter by Direct 100 mA to 1 A 0.12 mA to 1.5 mA
CURRENT method
(Measure)
ELECTRO-
TECHNICAL- Using Digital
0.51 Ohm to 50.6
10 DIRECT DC Resistance Multimeter by Direct 1 kohm to 100 kohm
Ohm
CURRENT method
(Measure)
ELECTRO-
TECHNICAL- Using Digital
0.025 Ohm to 0.05
11 DIRECT DC Resistance Multimeter by Direct 10 Ohm to 100 Ohm
Ohm
CURRENT method
(Measure)
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 3 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
ELECTRO-
TECHNICAL- Using Digital
100 kohm to 1 50.6 Ohm to 0.69
12 DIRECT DC Resistance Multimeter by Direct
Mohm kohm
CURRENT method
(Measure)
ELECTRO-
TECHNICAL- Using Digital
100 Ohm to 400 0.05 Ohm to 0.44
13 DIRECT DC Resistance Multimeter by Direct
Ohm Ohm
CURRENT method
(Measure)
ELECTRO-
TECHNICAL- Using Digital
0.44 Ohm to 0.51
14 DIRECT DC Resistance Multimeter by Direct 400 Ohm to 1 kohm
Ohm
CURRENT method
(Measure)
ELECTRO-
TECHNICAL- Using Digital
0.013 mV to 0.16
15 DIRECT DC Voltage Multimeter by Direct 20 mV to 400 mV
mV
CURRENT method
(Measure)
ELECTRO-
TECHNICAL- Using Digital
16 DIRECT DC Voltage Multimeter by Direct 4 V to 40 V 1.7 mV to 15 mV
CURRENT method
(Measure)
ELECTRO-
TECHNICAL- Using Digital
17 DIRECT DC Voltage Multimeter by Direct 40 V to 400 V 15 mV to 105 mV
CURRENT method
(Measure)
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 4 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
ELECTRO-
TECHNICAL- Using Digital
18 DIRECT DC Voltage Multimeter by Direct 400 mV to 4 V 0.16 mV to 1.7 mV
CURRENT method
(Measure)
ELECTRO-
TECHNICAL- Using Multiproduct
19 DIRECT DC Current Calibrator by Direct 1 A to 10 A 0.001 A to 0.01 A
CURRENT method
(Source)
ELECTRO-
TECHNICAL- Using Multiproduct
0.002 mA to 0.031
20 DIRECT DC Current Calibrator by Direct 10 mA to 100 mA
mA
CURRENT method
(Source)
ELECTRO-
TECHNICAL- Using Multiproduct
21 DIRECT DC Current Calibrator by Direct 100 mA to 1 A 0.031 mA to 0.001 A
CURRENT method
(Source)
ELECTRO-
TECHNICAL- Using Multiproduct
22 DIRECT DC Resistance Calibrator by Direct 1 kohm to 100 kohm 0.13 Ohm to 13 Ohm
CURRENT method
(Source)
ELECTRO-
TECHNICAL- Using Multiproduct
0.013 Ohm to 0.07
23 DIRECT DC Resistance Calibrator by Direct 10 Ohm to 400 Ohm
Ohm
CURRENT method
(Source)
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 5 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
ELECTRO-
TECHNICAL- Using Multiproduct
100 kohm to 1
24 DIRECT DC Resistance Calibrator by Direct 13 Ohm to 190 Ohm
Mohm
CURRENT method
(Source)
ELECTRO-
TECHNICAL- Using Multiproduct
0.07 Ohm to 0.13
25 DIRECT DC Resistance Calibrator by Direct 400 Ohm to 1 kohm
Ohm
CURRENT method
(Source)
ELECTRO-
TECHNICAL- Using Multiproduct
0.007 mV to 0.04
26 DIRECT DC Voltage Calibrator by Direct 20 mV to 400 mV
mV
CURRENT method
(Source)
ELECTRO-
TECHNICAL- Using Multiproduct
27 DIRECT DC Voltage Calibrator by Direct 4 V to 40 V 0.26 mV to 3.3 mV
CURRENT method
(Source)
ELECTRO-
TECHNICAL- Using Multiproduct
28 DIRECT DC Voltage Calibrator by Direct 40 V to 400 V 3.3 mV to 25 mV
CURRENT method
(Source)
ELECTRO-
TECHNICAL- Using Multiproduct
29 DIRECT DC Voltage Calibrator by Direct 400 mV to 4 V 0.04 mV to 0.26 mV
CURRENT method
(Source)
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 6 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
ELECTRO-
TECHNICAL- Using Digital
30 TIME & Frequency Multimeter by Direct 1 kHz to 5 kHz 0.22 Hz to 1.5 Hz
FREQUENCY method
(Measure)
ELECTRO-
TECHNICAL- Using Digital
31 TIME & Frequency Multimeter by Direct 5 kHz to 50 kHz 1.5 Hz to 14 Hz
FREQUENCY method
(Measure)
ELECTRO-
TECHNICAL- Using Digital
32 TIME & Frequency Multimeter by Direct 50 Hz to 1 kHz 0.32 Hz to 0.22 Hz
FREQUENCY method
(Measure)
ELECTRO-
TECHNICAL- Using Multiproduct
33 TIME & Frequency Calibrator by Direct 5 kHz to 50 kHz 0.1 Hz to 5.9 Hz
FREQUENCY method
(Source)
ELECTRO-
TECHNICAL- Using Multiproduct
34 TIME & Frequency Calibrator by Direct 50 Hz to 5 kHz 0.013 Hz to 0.1 Hz
FREQUENCY method
(Source)
ELECTRO-
TECHNICAL- Using Multiproduct
35 TIME & Frequency Calibrator by Direct 50 kHz to 100 kHz 5.9 Hz to 58.6 Hz
FREQUENCY method
(Source)
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 7 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
Using weighing
balance of
readability: 0.01 mg
MECHANICAL-
36 Micropipettes and distilled water >1 ml to 5 ml 2µl
VOLUME
by Gravimetric
method based on
ISO 8655
Using weighing
balance of
readability: 0.01 mg
MECHANICAL- >100 µl
37 Micropipettes and distilled water 0.22µl
VOLUME to 200 µl
by Gravimetric
method based on
ISO 8655
Using weighing
balance of
readability: 0.01 mg
MECHANICAL-
38 Micropipettes and distilled water >200 µl to 1000 µl 1.44µl
VOLUME
by Gravimetric
method based on
ISO 8655
Using weighing
balance of
readability: 0.01 mg
MECHANICAL- 10 µl
39 Micropipettes and distilled water 0.22µl
VOLUME to 100 µl
by Gravimetric
method based on
ISO 8655
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 8 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 9 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
44 Balance of 1g 0.07mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
45 Balance of 1 kg 13.5mg
WEIGHTS weights and coarser
readability: 0.01g by
ABA method as per
OIML R-111
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
46 Balance of 1 mg 0.06mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
47 Balance of 10 g 0.07mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 10 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
48 Balance of 10 mg 0.06mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
49 Balance of 100 g 0.09mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
50 Balance of 100 mg 0.06mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
51 Balance of 2g 0.07mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 11 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
52 Balance of 2 kg 14.5mg
WEIGHTS weights and coarser
readability: 0.01g by
ABA method as per
OIML R-111
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
53 Balance of 2 mg 0.06mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
54 Balance of 20 g 0.07mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
55 Balance of 20 mg 0.06mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 12 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
56 Balance of 200 g 0.12mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
57 Balance of 200 mg 0.06mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
58 Balance of 5g 0.07mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
59 Balance of 5 mg 0.06mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 13 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
60 Balance of 50 g 0.08mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
61 Balance of 50 mg 0.06mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
62 Balance of 500 g 13.5mg
WEIGHTS weights and coarser
readability: 0.01g by
ABA method as per
OIML R-111
Using E2 class
standard weights
and weighing
MECHANICAL- Weights:M1 Class
63 Balance of 500 mg 0.06mg
WEIGHTS weights and coarser
readability: 0.01 mg
by ABA method as
per OIML R-111
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 14 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
Using Thermo
THERMAL- hygrometer and salt
RH meters and
64 SPECIFIC HEAT bath as per ASTM 53 %rh 2%rh
Thermo hygrometer
& HUMIDITY E104 by Comparison
method
Using Thermo-
THERMAL- RH meters and hygrometer and salt
65 SPECIFIC HEAT Thermo bath as per ASTM 45 %rh 2%rh
& HUMIDITY hygrometers E104 by Comparison
method
Using Thermo
THERMAL- RH meters and hygrometer and salt
66 SPECIFIC HEAT Thermo bath as per ASTM 75 %rh 2%rh
& HUMIDITY hygrometers E104 by Comparison
method
Using Thermo-
THERMAL- RH meters and hygrometer and salt
67 SPECIFIC HEAT Thermo bath as per ASTM 83 %rh 2%rh
& HUMIDITY hygrometers E104 by Comparison
method
Using liquid bath
and Secondary
THERMAL- Liquid in Glass Precision Resistance
68 -20 °C to 200 °C 0.3°C
TEMPERATURE Thermometers Thermometers with
Indicator by
Comparison method
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 15 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 16 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
Site Facility
MECHANICAL- Using E2 Class
Balance Class I &
WEIGHING Standard Weights by
1 Coarser Readability 1 mg to 1 g 0.06mg
SCALE AND Comparison method
0.01 mg
BALANCE as per OIML R 76-1
MECHANICAL- Using E2 Class
Balance Class I &
WEIGHING Standard Weights by
2 Coarser Readability 10 mg to 500 g 1.07mg
SCALE AND Comparison method
0.1 mg
BALANCE as per OIML R 76-1
MECHANICAL- Using E2 Class
Balance Class II &
WEIGHING Standard Weights by
3 Coarser Readability 200 mg to 500 g 1.07mg
SCALE AND Comparison method
1 mg
BALANCE as per OIML R 76-1
MECHANICAL- Using E2 Class
Balance Class II &
WEIGHING Standard Weights by
4 Coarser Readability: 100 g to 2 kg 0.65g
SCALE AND Comparison method
10 mg
BALANCE as per OIML R 76-1
Using liquid bath
and Secondary
THERMAL- Liquid in Glass Precision Resistance
5 -20 °C to 200 °C 0.3°C
TEMPERATURE Thermometers Thermometers with
Indicator by
Comparison method
Using RTD with Data
Acquisition system
THERMAL-
6 Ovens,Baths as per ASTM E 145 -20 °C to 200 °C 2.0°C
TEMPERATURE
by Comparison
method
This is annexure to 'Certificate of Accreditation' and does not require any signature.
SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES & TECHNOLOGY,
Laboratory Name : BIOMEDICAL TECHNOLOGY WING, SATELMOND PALACE CAMPUS,
THIRUVANANTHAPURAM, KERALA, INDIA
Accreditation Standard ISO/IEC 17025:2017
Certificate Number CC-2574 Page No 17 of 17
Validity 14/02/2023 to 13/02/2025 Last Amended on 06/04/2023
Measurand or Reference
Measurement range and
Material/Type of instrument * Calibration and
Calibration or Measurement additional parameters
S.No Discipline / Group or material to be calibrated Measurement
Method or procedure where applicable(Range
or measured / Quantity Capability(CMC)(±)
and Frequency)
Measured /Instrument
This is annexure to 'Certificate of Accreditation' and does not require any signature.