ITA calibration laboratory
We are accredited by the PCA.
Jubinale Poznań 2026
28 lutego - 02 marca , MTP, Poznań Congress Center,
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Laboratorium wzorcujące ITA - wersja angielska
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Laboratorium wzorcujące ITA - wersja angielska
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With us, you do not worry about the calibration of your instrument
The ITA calibration laboratory deals with the calibration of advanced measuring instruments with impartiality and the use of electronic result security.
Course of the Calibration Service
Inquiry
We individually analyse each enquiry from a technical point of view in order to meet the most demanding needs of our Customers, as far as possible.
Offer
In case of positive verification, we will provide you with an attractive price and time offer for the calibration of your instrument.
Ordering
Once your order has been received, we will start to process it. At this stage, you can expect us to contact you to arrange the most convenient calibration date.
Calibration
Calibration is performed in accordance with the scope of accreditation, both at the place of work of the device and in our laboratory in Skórzewo.
Certificate
The result of the completed service is a Calibration Certificate signed with the logo of PCA and ILAC MRA. For the sake of the environment and your convenience, we issue this document in electronic form.
Scope of accreditation
Contact profilometers
LENGTH (SURFACE GEOMETRY)
LENGTH (SURFACE GEOMETRY)
Measuring range:
Pt: 0 μm to 75 μm
Ra: 0.13 μm to 3.2 μm
Rz: 1 μm to 10 μm
Rmax (Rt): 1.13 μm to 10 μm
Ra: 0.13 μm to 3.2 μm
Rz: 1 μm to 10 μm
Rmax (Rt): 1.13 μm to 10 μm
Measurement uncertainty for CMC:
0.03 μm for Pt: 0 μm to 75 μm
U standard + 1% Ra for Ra: 0.13 μm to 3.2 μm
U standard + 1% Rz for Rz: 1 μm to 10 μm
U standard + 1% Rmax (Rt) for Rmax (Rt): 1.13 μm to 10 μm
U standard + 1% Ra for Ra: 0.13 μm to 3.2 μm
U standard + 1% Rz for Rz: 1 μm to 10 μm
U standard + 1% Rmax (Rt) for Rmax (Rt): 1.13 μm to 10 μm
Measurement method:
ITA-LW-IT-5.4.7-01; PN-EN ISO 12179:2022-6
Calibration location:
Conturographs
ANGLE
LENGTH (COORDINATE MEASUREMENTS)
ANGLE
Measuring range:
0° to 180°
Measurement uncertainty for CMC:
4''
Measurement method:
ITA-LW-IT-5.4.9-01
Calibration location:
LENGTH (COORDINATE MEASUREMENTS)
Measuring range:
0 mm to 75 mm
Measurement uncertainty for CMC:
diameter: 1.1 μm
straightness: 0.03 μm
distance: 0.08 μm (for ceramic standards); (0.05 + 0.95 *L) μm where L in m (for steel standards)
straightness: 0.03 μm
distance: 0.08 μm (for ceramic standards); (0.05 + 0.95 *L) μm where L in m (for steel standards)
Measurement method:
ITA-LW-IT-5.4.9-01
Calibration location:
Opticline
LENGTH (COORDINATE MEASUREMENTS)
LENGTH (COORDINATE MEASUREMENTS)
Measuring range:
diameter: 2 mm to 345 mm
length: 4 mm to 1200 mm
length: 4 mm to 1200 mm
Measurement uncertainty for CMC:
(0.3 + 0.6 - L) μm for diameters from 2 mm to 345 mm, where L in m
(0.6 + 0.7 - L) μm for lengths from 4 mm to 1200 mm, where L in m
(0.6 + 0.7 - L) μm for lengths from 4 mm to 1200 mm, where L in m
Measurement method:
ITA-LW-IT-5. 4.2-01
Calibration location:
3D scanners
LENGTH (COORDINATE MEASUREMENTS)
LENGTH (COORDINATE MEASUREMENTS)
Measuring range:
60 mm to 1480 mm
Measurement uncertainty for CMC:
(1.25 + 1.25 - L) μm where L in m
Measurement method:
ITA-LW-IT-5.4.3-01; PN-EN ISO 10360-8:2014
Calibration location:
Coordinate optical measuring machines, measuring microscopes, measuring projectors
LENGTH (COORDINATE MEASUREMENTS)
LENGTH (COORDINATE MEASUREMENTS)
Measuring range:
0.10 mm to 750 mm
Measurement uncertainty for CMC:
(0.5 + 0.33 * L) μm where L w m
Measurement method:
ITA-LW-IT-5.4.5-01
Calibration location:
Coating thickness meters
COATING THICKNES
COATING THICKNES
Measuring range:
0 μm to 1200 μm
1.2 mm to 7.5 mm
1.2 mm to 7.5 mm
Measurement uncertainty for CMC:
0.7+(2 x 10-3 * L) μm for the range from 0 μm to 1200 μm (L value expressed in μm)
0.4% for the range from 1.2 mm to 7.5 mm
0.4% for the range from 1.2 mm to 7.5 mm
Measurement method:
ITA-LW-IT-5.4.11-01
Calibration location:
Calibration films
LENGTH
LENGTH
Measuring range:
3.5 μm to 800 μm
0.8 mm to 25 mm
0.8 mm to 25 mm
Measurement uncertainty for CMC:
0.51 μm for the range from 3.5 μm to 800 μm
0.7+(1.8 x 10-3* L) μm for the range from 0.8 mm to 25 mm (L value expressed in μm)
0.7+(1.8 x 10-3* L) μm for the range from 0.8 mm to 25 mm (L value expressed in μm)
Measurement method:
ITA-LW-IT-5. 4.8-01
Calibration location:
Strength machines (force)
FORCE
FORCE
Measuring range:
For compressive and tensile forces:
for weights: 0.01 N to 110 N
for test force gauges class 00 and 05: 10 N to 250 kN
for weights: 0.01 N to 110 N
for test force gauges class 00 and 05: 10 N to 250 kN
Measurement uncertainty for CMC:
0.1 % for weights from 0.01 N to 110 N
0.12 % for test force gauges class 00 and 05 from 10 N to 250 kN
0.12 % for test force gauges class 00 and 05 from 10 N to 250 kN
Measurement method:
ITA-LW-IT-5. 4.1-01; PN-EN ISO 7500-1:2018; ASTM E4-24
Calibration location:
Extensometers (installed in static testing machines)
LENGTH
LENGTH
Measuring range:
0 mm to 1300 mm
Measurement uncertainty for CMC:
0.15 % (not less than 0.5 μm)
Measurement method:
ITA-LW-IT-5.4.6-01; PN-EN ISO 9513:2013-06; ASTM E2309/E2309M-20;ASTM E83-25
Calibration location:
Testing machines (speed)
TRAVERSE DISPLACEMENT SPEED
TRAVERSE DISPLACEMENT SPEED
Measuring range:
0 mm/min to 2500 mm/min
Measurement uncertainty for CMC:
0.2%
Measurement method:
ITA-LW-IT-5.4.10-01; ASTM E2658-15R23
Calibration location:
Force sensors, presses
FORCE
FORCE
Measuring range:
For compressive and tensile forces:
for weights: 0.01 N for 110 N
for test force gauges class 00 and 05: 10 N to 250 kN
for weights: 0.01 N for 110 N
for test force gauges class 00 and 05: 10 N to 250 kN
Measurement uncertainty for CMC:
0.1 % for weights from 0.01 N for 110 N
0.12 % for test force gauges class 00 and 05 from 10 N to 250 kN
0.12 % for test force gauges class 00 and 05 from 10 N to 250 kN
Measurement method:
ITA-LW-IT-5.4.1-04; PN-EN ISO 7500-1:2018
Calibration location:
Torque testing equipment
TORQUE
TORQUE
Measuring range:
0.01 Nm to 20 Nm
Measurement uncertainty for CMC:
0.2 %
Measurement method:
ITA-LW-IT-5.4.4-01
Calibration location:
Shore hardness testers
INDENTER CONTACT FORCE
INDENTER GEOMETRY
DEPTH OF INDENTER
INDENTER CONTACT FORCE
Measuring range:
for Shore scale A, AO, B, O, E: 550 mN to 8050 mN
for Shore scale D, C, DO: 0 mN to 44550 mN
for Shore scale OO, OOO: 203 mN to 1111 mN
for Shore Scale AM, M: 324 mN to 764 mN
for Shore scale D, C, DO: 0 mN to 44550 mN
for Shore scale OO, OOO: 203 mN to 1111 mN
for Shore Scale AM, M: 324 mN to 764 mN
Measurement uncertainty for CMC:
for Shore Scale A, AO, B, O, E: 15 mN
for Shore Scale D, C, DO: 41 mN
for Shore Scale OO, OOO: 3.5 mN
for Shore scale AM, M: 3.5 mN
for Shore Scale D, C, DO: 41 mN
for Shore Scale OO, OOO: 3.5 mN
for Shore scale AM, M: 3.5 mN
Measurement method:
ITA-LW-IT-5.4.13-01
Calibration location:
INDENTER GEOMETRY
Measuring range:
diameter (shaft diameter of indenter, hole diameter of pressure foot, diameter of pressure foot, cone frustum top diameter): 0 mm to 30 mm
radius of indenter: 0 mm to 8 mm
area of pressure foot: 200 mm2 to 1000 mm2
cone angle of indenter: 29º30' to 35º30'
depth of indenter: (0.00÷2.60) mm
radius of indenter: 0 mm to 8 mm
area of pressure foot: 200 mm2 to 1000 mm2
cone angle of indenter: 29º30' to 35º30'
depth of indenter: (0.00÷2.60) mm
Measurement uncertainty for CMC:
diameter (shaft diameter of indenter, hole diameter of pressure foot, diameter of pressure foot, cone frustum top diameter): 2.6 μm
radius of indenter:: 2.6 μm
area of pressure foot: 5 μm2
cone angle of indenter: 2.2'
depth of indenter: 2.6 μm
radius of indenter:: 2.6 μm
area of pressure foot: 5 μm2
cone angle of indenter: 2.2'
depth of indenter: 2.6 μm
Measurement method:
ITA-LW-IT-5.4.13-01
Calibration location:
DEPTH OF INDENTER
Measuring range:
0.00 mm to 2.60 mm
Measurement uncertainty for CMC:
3 μm
Measurement method:
ITA-LW-IT-5.4.13-01
Calibration location:
Company history
8 years of development and continuous expansion of capabilities
Eight years ago, we realised our ambition by setting up an accredited ITA calibration laboratory. Since then, we have not only expanded the range of services we provide, but above all, we have strengthened our position as a reliable partner for Polish industry, in particular for the automotive, aerospace and machinery sectors.
Thanks to ISO 17025 accreditation, our customers can count on the highest quality of calibration services, which makes it easier to pass audits, especially those carried out by external certification bodies. The laboratory has also become an important competence development centre for our team - we are constantly raising metrological awareness and improving internal quality processes.
Wide range of calibrated measuring systems
Our laboratory is distinguished by the calibration within the scope of its accreditation of a wide range of advanced measuring equipment. Since obtaining accreditation, we have been systematically extending the scope of our laboratory's accreditation year by year, constantly adjusting our offer to the changing needs of the market.
We were the first in Poland to obtain the possibility of calibration of optical machines for measuring rotary-symmetrical elements, devices for measuring the outline of a shape, conturographs and Shore hardness meters on the AO, AM, O, OO,OOO,B,C,E, DO,M scale. What's more, our calibration offering includes both on-site and direct-to-customer services, eliminating the need to send equipment abroad and generating real savings for companies.
We are not slowing down
After eight years in business, we are still dynamically developing the laboratory, investing in modern technology and expanding the scope of calibration. Our goal is to provide the highest standard of metrology for Polish industry and further strengthen our position as a leader in the industry.
We invite you to cooperate with us and use the services of our ITA accredited calibration laboratory!
FAQ
How often should devices be calibrated?
The frequency of calibration is determined by the user based on the mode of operation and quality requirements. A 12-month cycle is most typical. When determining the calibration interval, the specific characteristics of the device, its intensity of use and its role in ensuring the appropriate level of quality should be considered.
Is the ITA Calibration Laboratory accredited?
Yes. The ITA Calibration Laboratory is accredited by the PCA, Certificate AP181.
What does PCA accreditation mean in practice?
Accreditation of a calibration laboratory means that calibrations are performed under controlled conditions and provide reliable results while maintaining consistency with the units of measurement of the International System of Units (SI).
Where does calibration take place?
Depending on the type of device and scope of accreditation, calibration is performed in the ITA laboratory and at the customer's premises.
How does a certificate with an accreditation symbol differ from a ‘regular’ certificate?
A certificate with an accreditation mark means that the calibration results are reliable and that the calibration process and all laboratory activities have been confirmed by an accreditation body as compliant with the PN-EN ISO 17025:2018-02 standard. Certificates with an accreditation symbol are treated as certificates ensuring measurement consistency.
In what form will I receive the certificates?
We issue certificates in electronic form as PDF files as standard. We issue paper versions at the customer's request. All certificates are stored by us for a period of 5 years. The electronic version we prefer is environmentally friendly, fast and allows customers to resend the certificate if it is lost.
Is it possible to adjust the device before the calibration process?
Yes. ITA has specialists in the field of measuring device servicing. If the device requires adjustment, we can perform it before calibration. In practice: first, we determine the scope of service work, and then we perform calibration to confirm the parameters after adjustment.
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Zadzwoń do nas
+48 61 222 58 12
Pliki do pobrania
Zakres akredytacji
pdf
Certyfikat ITA
pdf
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