ICS, Instrument and Calibration Sweden AB

Accreditation no: 1515

Org no:: 556483-6384
Phone:: 0371-847 00
Website:: www.icssweden.com
Postal address:: Box 28, 332 21 Gislaved
Visiting address:: Åbjörnsgatan 2, 332 36 Gislaved · Show on map

Calibration, SS-EN ISO/IEC 17025:2018

Latest decision date: 2025-03-27

Length related quantities
Measured quantity	Method / procedure	Product / object	Expanded measurement uncertainty ±	Equipment / Measurement principle	Measuring range / measuring level	Remark	Flex	Performed in the field
Length	Inhouse method; Elongation-LE1	Elongation gauge	0,12 mm - 0,54 mm	Length	60 mm – 900 mm	Reference instrument, resolution 12µm.		Performed in the field
Length	Inhouse method; Elongation-LE1	Elongation gauge	0,19 mm - 0,56 mm	Length	60 mm – 900 mm	Reference instrument, resolution 12µm. Non contact extensometer.		Performed in the field
Length	Inhouse method; Elongation-LE1	Elongation gauge	0,40 µm	Length	0,01mm – 1mm	Reference instrument, resolution 0,02µm.		Performed in the field
Length	Inhouse method; Elongation-LE1	Elongation gauge	0,40 µm - 0,84 µm	Length	1 mm – 10 mm	Reference instrument, resolution 0,02µm.		Performed in the field
Length	Inhouse method; Elongation-LE1	Elongation gauge	0,54 mm - 0,71 mm	Length	900 mm – 1250 mm	Reference instrument, resolution 40µm.		Performed in the field
Length	Inhouse method; Elongation-LE1	Elongation gauge	0,56 mm - 0,73 mm	Length	900 mm – 1250 mm	Reference instrument resolution 40µm. Non-contact extensometer.		Performed in the field
Length	Inhouse method; Elongation-LE1	Elongation gauge	0,84 µm - 4,5 µm	Length	10 mm – 60 mm	Reference instrument, resolution 0,02µm.		Performed in the field
Length	Inhouse method; Elongation-LE1	Elongation gauge	5,2 μm	Length	0,01mm – 1mm	Referencee instrument, resolution 0,02µm. Non contact extensmeter.		Performed in the field
Length	Inhouse method; Elongation-LE1	Elongation gauge	5,2 μm - 5,3 μm	Length	1 mm – 10 mm	Referencee instrument, resolution 0,02µm. Non contact extensmeter.		Performed in the field
Length	Inhouse method; Elongation-LE1	Elongation gauge	5.3 μm - 6,9 μm	Length	10 mm – 60 mm	Referencee instrument, resolution 0,02µm. Non contact extensmeter.		Performed in the field
Length	Inhouse method; Thickness-LT-1	Thickness gauge	1,1 µm	Length	0,5 mm – 10 mm	Foot diameter 1-300mm. Force 1-1000N.		Performed in the field
Length	Inhouse method; Thickness-LT-1	Thickness gauge	1,1 µm - 1,8 µm	Length	10 mm – 50 mm	Foot diameter 1-300mm. Force 1-1000N.		Performed in the field
Length	Inhouse method; Thickness-LT-1	Thickness gauge	1,3 µm	Length	0,05 mm – 0,5 mm	Foot diameter 1-300mm. Force 1-1000N.		Performed in the field
Length	Inhouse method; Thickness-LT-1	Thickness gauge	1,8 µm - 2,0 µm	Length	50 mm – 100 mm	Foot diameter 1-300mm. Force 1-1000N.		Performed in the field
Length	Inhouse method; Thickness-LT-1	Thickness gauge	2,0 µm - 2,4 µm	Length	100 mm – 150 mm	Foot diameter 1-300mm. Force 1-1000N.		Performed in the field

Mass related quantities
Measured quantity	Method / procedure	Product / object	Parameter / Properties	Expanded measurement uncertainty ±	Equipment / Measurement principle	Measuring range / measuring level	Remark	Flex	Performed in the field
Force	Inhouse method; Force-K1	Force measuring device	-	0,001N	Force	0,01N-1N	Tensile/Compression load. Reference, weights.		Performed in the field
Force	Inhouse method; Force-K1	Force measuring device	-	0,001N - 0,5N	Force	1N-500N	Tensile/Compression load. Reference, weights.		Performed in the field
Force	Inhouse method; Force-K1	Force measuring device	-	0,75N - 900N	Force	500N-600 000N	Tensile/Compression load. Reference, load cell.		Performed in the field
Force	Inhouse method; Force-K1	Force measuring device	-	5800N-20 000N	Force	600 000N-2 000 000N	Compression load. Reference, load cell. Accuracy, class 1 in accordance with ISO 376.		Performed in the field
Force	Inhouse method; Force-K1	Tension/compression testing machine	-	0,001N	Force	0,01N-1N	Machine class 0,5. Tensile/Compression load. Reference, weights.		Performed in the field
Force	Inhouse method; Force-K1	Tension/compression testing machine	-	0,001N - 0,5N	Force	1N-500N	Machine class 0,5. Tensile/Compression load. Reference, weights.		Performed in the field
Force	Inhouse method; Force-K1	Tension/compression testing machine	-	0,75N - 900N	Force	500N-600 000N	Machine class 0,5. Tensile/Compression load. Reference, load cell.		Performed in the field
Force	Inhouse method; Force-K1	Tension/compression testing machine	-	5800N-20 000N	Force	600 000N-2 000 000N	Machine class 1. Compression load. Reference, load cell.		Performed in the field
Force	Inhouse method; Thickness-LT-1	Thickness gauge	-	0,41kPa vid diam 15,95mm, kraft 7N	Length	5kPa - 5000kPa	Force/Area		Performed in the field
Hardness	Hardness metal-HM1	Hardness meter	-	1,6 HBW at 150 HBW 5/750	Brinell	3,18-650 HBW	Exceptions: Verification of the indenter, chapter 5.3. Swedish edition: 2019.		Performed in the field
Hardness	Hardness metal-HM1	Hardness meter	-	1,6 HV30 at 190 HV 30	Vickers	1-2990 HV	Exceptions: Verification of the indenter, chapter 5.3.		Performed in the field
Hardness	Hardness metal-HM1	Hardness meter	-	3 HK/0,1 vid 150 HK/0,1	Knoop	1-2990 HK	Exceptions: Chapter 5.3, verifiation of the indenter. Swedish edition: 2018.		Performed in the field
Hardness	Hardness metal-HM1	Hardness meter	-	HRC, 0,2 HRC	Rockwell	HRA, HRD, HRC, HRN, HRF, HRB, HRK, HRT, HRH, HRE, HRG	Exceptions: Verification of deph-measurement, chapter 4.3, machine hysteresis, chapter 4,5 and Indenter, chapter 6.		Performed in the field
Hardness	Inhouse method: Shore/IRHD-HG1	IRHD gauges High	IRHD High Hardness	0,1-0,23 °IRH H	IRHD	80-100°IRH	Exceptions: Verification of the indenter, chapter 5.2.1 and pressure foot, chapter 5.2.2.		Performed in the field
Hardness	Inhouse method: Shore/IRHD-HG1	IRHD gauges Low	IRHD Low Hardness	0,1 °IRH L	IRHD	9-35°IRH	Exceptions: Verification of the indenter, chapter 5.2.1 and pressure foot, chapter 5.2.2.		Performed in the field
Hardness	Inhouse method: Shore/IRHD-HG1	IRHD gauges Micro	IRHD Micro Hardness	0,57-5,8 °IRH M	IRHD	10-100° IRH	Exceptions: Verification of the indenter, chapter 5.2.1 and pressure foot, chapter 5.2.2.		Performed in the field
Hardness	Inhouse method: Shore/IRHD-HG1	IRHD gauges Normal	IRHD Normal Hardness	0,19 - 0,33 °IRH N	IRHD	10-100° IRH	Exceptions: Verification of the indenter, chapter 5.2.1 and pressure foot, chapter 5.2.2.		Performed in the field
Hardness	Inhouse method: Shore/IRHD-HG1	Shore A gauges	Shore A Hardness	0,33 °SH	Shore	10-100 °SH	Exceptions: Verification of the indenter, chapter 5.2.1 and pressure foot, chapter 5.2.2.		Performed in the field
Hardness	Inhouse method: Shore/IRHD-HG1	Shore AM gauges	Shore AM Hardness	0,63 °SH	Shore	10-100 °SH	Exceptions: Verification of the indenter, chapter 5.2.1 and pressure foot, chapter 5.2.2.		Performed in the field
Hardness	Inhouse method: Shore/IRHD-HG1	Shore AO gauges	Shore AO Hardness	0,33 °SH	Shore	10-100 °SH	Exceptions: Verification of the indenter, chapter 5.2.1 and pressure foot, chapter 5.2.2.		Performed in the field
Hardness	Inhouse method: Shore/IRHD-HG1	Shore D gauges	Shore D Hardness	0,33 °SH	Shore	10-100 °SH	Exceptions: Verification of the indenter, chapter 5.2.1 and pressure foot, chapter 5.2.2.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	0,0030 - 0,0062 mg	Mass	0,001g - 0,01g	1 measurement.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	0,0030 - 0,0062 mg	Mass	0,001g - 0,01g	3 series of measurements.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	0,0037 - 0,0072 mg	Mass	0,01g - 0,1g	3 series of measurements.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	0,0062 - 0,01 mg	Mass	0,01g - 0,1g	1 measurement.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	0,0072 - 0,014 mg	Mass	0,1g - 1g	3 series of measurements.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	0,01 - 0,02 mg	Mass	0,1g - 1g	1 measurement.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	0,014 - 0,031 mg	Mass	1g - 10g	3 series of measurements.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	0,02 - 0,042 mg	Mass	1g - 10g	1 measurement.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	0,031 - 0,13 mg	Mass	10g - 100g	3 series of measurements.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	0,042 - 0,12 mg	Mass	10g - 100g	1 measurement.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	0,12 - 3,4 mg	Mass	100g - 1000g	1 measurement.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	0,13 - 2,5 mg	Mass	100g - 1000g	3 series of measurements.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	0,37kg - 1,9kg	Mass	50kg - 500 kg	Substitution method on tank scales. On every substitution step will the resolution of the scale be added to the measurement uncetainty.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	1,1kg - 1,1kg	Mass	3000kg -6000kg	Substitution method. Use of substitutions load, with an accuracy of 1/10 of the scale resolution.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	1,2g - 3,3 g	Mass	50kg - 100 kg	1 measurement.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	1,9kg - 7,8 kg	Mass	500kg-6000kg	Substitution method on tank scales. On every substitution step will the resolution of the scale be added to the measurement uncetainty.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	2,5 - 26 mg	Mass	1000g-10 000g	3 series of measurements.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	23g - 130 g	Mass	1000kg - 6000 kg	1 measurement.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	26mg - 77mg	Mass	10 000g- 50 000g	3 series of measurements.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	3,3g - 23 g	Mass	100kg - 1000 kg	1 measurement.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	3,4 - 35 mg	Mass	1000g-10 000g	1 measurement.		Performed in the field
Mass	Inhouse method; Mass-G1	NAWI	-	35mg - 170mg	Mass	10 000g- 50 000g	1 measurement.		Performed in the field
Speed	Inhouse method; Speed-S1	Tensile tester	-	0,0048 mm/min - 5,5 mm/min	Speed	0,5-1000 mm/min	-		Performed in the field

Temperature
Measured quantity	Method / procedure	Product / object	Expanded measurement uncertainty ±	Equipment / Measurement principle	Measuring range / measuring level	Remark	Flex	Performed in the field
Temperature	Inhouse method; Temp-T1	Temperature sensors	0,21°C	Temperature	0-230°C	Bath, Ref. PRT		Performed in the field
Temperature	Inhouse method; Temp-T1	Temperature sensors	0,21°C-0,28°C	Temperature	-80°C - 0°C	Bath, Ref. PRT		Performed in the field
Temperature	Inhouse method; Temp-T1	Temperature sensors	0,29°C	Temperature	0-230°C	Block, Ref. PRT		Performed in the field
Temperature	Inhouse method; Temp-T1	Temperature sensors	0,29°C-0,34°C	Temperature	-80°C - 0°C	Block, Ref. PRT		Performed in the field
Temperature	Inhouse method; Temp-T1	Temperature sensors	0,5°C	Temperature	0-230°C	Air, Ref. PRT		Performed in the field
Temperature	Inhouse method; Temp-T1	Temperature sensors	0,50°C-0,53°C	Temperature	-80°C - 0°C	Air, Ref. PRT		Performed in the field
Temperature	Inhouse method; Temp-T1	Temperature sensors	1,8°C-1,9°C	Temperature	0°C-630°C	Bath, Ref. Thermocouples		Performed in the field
Temperature	Inhouse method; Temp-T1	Temperature sensors	1,8°C-1,9°C	Temperature	0°C-630°C	Block, Ref. Thermocouples		Performed in the field
Temperature	Inhouse method; Temp-T1	Temperature sensors	1,9°C-2,0°C	Temperature	0°C-630°C	Air, Ref. Thermocouples		Performed in the field

The calibration and measurement capability (CMC) includes measureand (technology area), method, measurement range and expanded measurement uncertainty. The expanded measurement uncertainty corresponds to a coverage probability (confidence level) of ~95%.
The accredited body has been granted flexible scope. The body shall be able to provide an updated list of the current scope of accreditation upon request.

Regulations

STAFS 2020:1: Swedacs föreskrifter och allmänna råd om ackreditering