CLAS Certificate Number 2003-05

Company name Mitutoyo Canada Inc. Calibration Laboratory
Company address 2121 Meadowvale
Mississauga, Ontario L5N 5N1
Contact Gary Mueller
Telephone: 905-821-1261
Fax: 905-821-4968
Email: gary.mueller@mitutoyo.ca
Clients served
  • All interested parties
  • On-site calibration services are available for the capabilities for which it is indicated in the remarks column.
Fields of calibration
  • Dimensional
  • Mechanical
Accreditation body
  • Standards Council of Canada (SCC)
ISO/IEC 17025
  • SCC file number: 15587
  • First issued
  • Issue 8.4e

This CLAS Certificate is published by the CLAS service of the National Research Council of Canada (NRC) in cooperation with the laboratory accreditation of the Canadian Association for Laboratory Accreditation (CALA) and the Standards Council of Canada (SCC). The accreditation body recognizes the capability of the named laboratory for being able to perform calibrations as per the listed Calibration and Measurement Capabilities with metrological traceability to the International System of Units (SI) or to standards acceptable to CLAS. See supplementary notes.

Measured Quantity & Range or Instrument Expanded Measurement Uncertainty Type of Service Remarks
Gauge block CLTM-7
See note 1
Steel, length
Inch, up to 4 inches ( 1.6 + 0.8  L ) µinch
(L in inches)
or
2 µinch, whichever greater
I Using automatic comparator
Metric, up to 100 mm ( 0.041+ 0.0008  L ) µm
(L in mm)
or
0.05 µm, whichever greater
Using automatic comparator
Inch, up to 1 inch ( 4 + 0.7 L ) µinch
(L in inches)
Using manual comparator; direct comparison
Metric, up to 25 mm ( 0.11+ 0.0007  L ) µm
(L in mm)
Using manual comparator; direct comparison
Inch, up to 1 inch ( 7+ 0.7  L ) µinch
(L in inches)
Using manual comparator; wide-range
Metric, up to 25 mm ( 0.18+ 0.0007  L ) µm
(L in mm)
Using manual comparator; wide-range
Inch, 1 inch to 10 inches ( 5 + 5.5  L ) µinch
(L in inches)
Using manual comparator; direct comparison
Metric, 25 mm to 250 mm ( 0.13+ 0.0055  L ) µm
(L in mm)
Using manual comparator; direct comparison
Inch, 12 inches to 20 inches 47 µinch Using CMM
Metric, 300 mm to 500 mm 1.2 µm Using CMM
Ceramic, length
See note 1
Inch, up to 4 inches ( 1.6+ 0.7 L ) µinch
(L in inches)
or
2 µinch, whichever greater
I Using automatic comparator
Metric, up to 100 mm ( 0.04+ 0.0007 L ) µm
(L in mm)
or
0.05 µm, whichever greater
Using automatic comparator
Gauge Block
See note 2
Variation in length (parallelism) 1 µinch
or
0.025 µm
I Using automatic comparator
Height gauge
Inch, up to 40 inches ( 51+ 2.0 L ) µinch
(L in inches)
II See note 3
Metric, up to 1000 mm ( 1.3+ 0.002 L ) µm
(L in mm)
Micrometer
Head
Inch, up to 2 inches 30 µinch II See note 3
Metric, up to 50 mm 0.6 µm
Outside
Inch, up to 6 inches ( 45 + 2 L ) µinch
(L in inches)
II See note 3
Inch, > 6 inches to 20 inches ( 50 + 4.2 L ) µinch
(L in inches)
Metric, up to 500 mm ( 1.0 + 0.0042 L ) µm
(L in mm)
Depth
Inch, up to 6 inches ( 45 + 2.2 L ) µinch
(L in inches)
II See note 3
Inch, > 6 inches to 12 inches ( 55 + 3.8 L ) µinch
(L in inches)
Metric, up to 300 mm ( 1.1 + 0.0036 L ) µm
(L in mm)
Tubular inside
Inch, up to 2 inches ( 50 + 0.8 L ) µinch
(L in inches)
II See note 3
Inch, > 2 inches to 24 inches ( 60 + 4.4 L ) µinch
(L in inches)
Metric, up to 600 mm ( 1.0 + 0.005 L ) µm
(L in mm)
Three point internal
Inch, up to 4 inches ( 52 + 2.2 L ) µinch
(L in inches)
II See note 3
Inch, 4 inches to 8 inches ( 75 + 1.9 L ) µinch
(L in inches)
Metric, up to 100 mm ( 1.3 + 0.0022 L ) µm
(L in mm)
Metric, 100 mm to 200 mm ( 1.9 + 0.0019 L ) µm
(L in mm)
Indicator tester
Inch, up to 1 inch 30 µinch II See note 3
Metric, up to 25 mm 0.6 µm
Bore gauge (2 points)
Inch, up to 4 inches ( 50 + 0.3 L ) µinch
(L in inches)
II See note 3
Metric, up to 100 mm ( 1.1 + 0.0006 L ) µm
(L in mm)
Indicator
Dial
Inch, 0.00005 inch graduations 14 µinch II Up to 4 inch travel
Inch, 0.0001 inch graduations 20 µinch
Metric, 0.001 mm graduations 0.3 µm Up to 100 mm travel
Metric, 0.002 mm graduations 0.4 µm
Metric, 0.02 mm graduations 3.0 µm
Digital
Inch, 0.00005 inch resolution 30 µinch II Up to 4 inch travel
Metric, 0.0005 mm resolution 0.4 µm Up to 100 mm travel
Metric, 0.001 mm resolution 0.7 µm
Metric, 0.01 mm resolution 5.8 µm
Caliper
Outside, Inside and Depth
Inch
up to 24 inches ( 290 + 1.6 L ) µinch
(L in inches)
II See note 1
> 24 inches to 40 inches
0.0005 inch resolution ( 400 + 14 L ) µinch
(L in inches)
II See note 1
0.001 inch resolution ( 1000 + 10 L ) µinch
(L in inches)
Metric
up to 600 mm ( 5.8 + 0.002 L ) µm
(L in mm)
II See note 1
> 600 mm to 1000 mm
0.01 mm resolution ( 7.5 + 0.014 L ) µm
(L in mm)
II See note 1
0.02 mm resolution ( 20 + 0.010 L ) µm
(L in mm)
Depth gauge
Dial Caliper Type
Inch, up to 12 inches 0.0024 inch II See note 3
Metric, up to 300 mm 60 µm
Dial Indicator Type
Inch, up to 12 inches 580 µinch II See note 3
Metric, up to 300 mm 12 µm
Digital Caliper Type
Inch, up to 12 inches 290 µinch II See note 3
Metric, up to 300 mm 6 µm
Digital Indicator Type
Inch, up to 12 inches ( 30 + 2 L ) µinch
(L in inches)
II See note 3
Metric, up to 300 mm ( 0.6 + 0.0025 L ) µm
(L in mm)
Vernier Caliper Type
Inch, up to 12 inches 1200 µinch II See note 3
Metric, up to 300 mm 24 µm
External caliper gauge
Inch, up to 4 inches
0.0002 inch resolution 120 µinch II See note 1
0.0005 inch resolution 290 µinch
0.001 inch resolution 580 µinch
0.002 inch resolution 1200 µinch
0.005 inch resolution 2900 µinch
Metric, up to 100 mm
0.005 mm resolution 2.9 µm II See note 1
0.01 mm resolution 5.8 µm
0.02 mm resolution 12 µm
0.05 mm resolution 29 µm
0.1 mm resolution 58 µm
Internal caliper gauge
Inch, up to 4 inches
0.0002 inch resolution 120 µinch II See note 1
0.0005 inch resolution 290 µinch
0.001 inch resolution 580 µinch
Metric, up to 100 mm
0.005 mm resolution 2.9 µm II See note 1
0.01 mm resolution 5.8 µm
0.02 mm resolution 12 µm
Thickness gauge
Inch, up to 1 inch 290 µinch II See note 3
Metric, up to 25 mm 5.8 µm
Profile projector
Linearity of movement:
Digital readout type
( 1.6 + 0.021 L ) µm
(L in mm)
III See note 3
On-site calibration available.
Linearity of movement:
Micrometer head type
( 1.6 + 0.017 L ) µm
(L in mm)
Magnification error ( 13+0.017 L ) µm
(L in mm)
Squareness of stage 0.7 µm
Eccentricity of screen rotation 1.6 µm
Parallelism of stage 1.7 µm
Accuracy of edge finder 1.0 µm
I-Checker
0 mm to 100 mm ( 0.13 +. 0027 L ) μm , L is in mm II See note 1
0 inches to 4 inches ( 5.1 + 2.7 L ) μinch , L is in inch
Mu-checker: Graduation
0.1 μm 0.3 μm II See note 1
0.5 μm 0.3 μm
1 μm 0.4 μm
5 μm 1.5 μm
10 μm 2.9 μm
50 μm 15 μm
0.000005 inch 10 μinch
0.00001 inch 10 μinch
0.00005 inch 17 μinch
0.0001 inch 30 μinch
0.0005 inch 150 μinch
0.001 inch 290 μinch
Riser block
150 mm to 600 mm ( 0.4 + 0.002 L ) μm , L is in mm II See note 1
6 inches to 24 inches ( 16 + 2 L ) μinch , L is in inch
Height masters
Up to 300 mm ( 0.5 + 0.002 L ) μm , L is in mm II See note 1
Up to 12 inches ( 20 + 2 L ) μinch , L is in inch
Step gauge (checkmaster)
Up to 1010 mm ( 0.39 + 0.0014 L ) µm
where L is the length in mm
II See note 13
> 1010 mm to 1710 mm ( 0.61 + 0.0018 L ) µm
where L is the length in mm
Up to 40 inch ( 15.4 + 1.4 L ) µinch
where L is the length in inches
> 40 Inch up to 70 Inch ( 24 + 1.8 L ) µinch
where L is the length in inches
Micrometer standard
5 mm to 500 mm ( 0.32 + 0.002 L ) µm
where L is the length in mm
II See note 13
> 500 mm to 1000 mm ( 0.69 + 0.004 L ) µm
where L is the length in mm
0.2 inches to 20 inches ( 12.6 + 2 L ) µinch
where L is the length in inches
> 20 inches to 40 inches ( 27.2 + 4 L ) µinch where L is the length in inches
Flatness
for granite or steel surfaces requiring an accuracy of greater than 0.4 µm
1 mm x 1 mm to 900 mm x 1000 mm ( 0.34 + 0.002 L ) µm
where L is the maximum length in mm
II See note 15
0.04 inches x 0.04 inches to 35 inches x 40 inches ( 13 + 2 L ) µinch
where L is the maximum length in inches
Cylindrical ring gauge: Diameter
3 mm to 500 mm ( 0.46 + 0.002D ) µm
where D is the diameter in mm
II See note 13
0.12 inches to 20 inches ( 18.1 + 2.0D ) µinch
where D is the diameter in inches
Cylindrical plug gauges: Diameter
3 mm to 500 mm ( 0.30 + 0.002D ) µm
where D is the diameter in mm
II See note 13
0.12 inches to 20 inches ( 11.8 + 2.0D ) µinch
where D is the diameter in inches
Test spheres
Diameter
8 mm to 50 mm 0.4 µm II See note 13
0.3 inches to 2 inches 16 µinch
Form
8 mm to 50 mm ( 0.05 + 0.007R ) µm
where R is the measured roundness in µm
II See note 14
0.3 inches to 2 inches ( 2.0 + 0.007R ) µinch
where R is the measured roundness in µinch
Roundness
Diameter of 2 mm to 200 mm ( 0.05 + 0.007R ) µm
where R is the measured roundness in µm
II See note 14
Diameter of 0.8 inches to 8 inches ( 2.0 + 0.007R ) µinch
where R is the measured roundness in µinch
Precision squares
50 mm to 800 mm ( 0.3 + 0.003 L ) µm
where L is the length in mm
II See note 15
2 inches to 32 inches ( 12 + 3 L ) µinch
where L is the length in inches
Parallels: Granite or steel
5 mm to 1000 mm
Parallelism ( 0.33 + 0.002 L ) µm
where L is the length in mm
II See note 13
Width ( 0.83 + 0.001 L ) µm
where L is the length in mm
0.2 inches to 40 inches
Parallelism ( 13.0 + 2 L ) µinch
where L is the length in inches
II See note 13
Width ( 32.7 + 1.0 L ) µinch
where L is the length in inches
Mitutoyo contracer and form tracers
Up to 200 mm Horizontal Axis:
Measurement of Stylus Radius ( 1.21 + 0.004D ) µm
where D is measured Radius length in mm
III On-site services as per FSTM-11
Detector Accuracy ( 0.33 + 0.0007L ) µm
where L is the length in mm
X and Y Axis ( 0.63 + 0.004L ) µm
where L is measurement length in mm
Straightness 0.09 µm
Surface roughness 0.07 µm
Coordinate measuring machines (CMM)
Acceptance and reverification tests for CMM - CMMs used for measuring size On-site services as per ISO 10360-2 2009 edition and 2001 edition.

See note 9
Error of Indication
0 m to 1.5 m ( 0.12 + 0.00004 L ) µm
where L is the length in mm
III See note 10
0 m to 40 m ( 0.16 + 0.0006 L ) µm
where L is the length in mm
See note 11
Probing Error
10 mm to 50 mm
in sphere diameter
0.14 µm III See note 12
Mitutoyo optic coordinate measuring machines
Up to 600 mm
Length Measurement Error: EUXY (0.25 + 0.39 x L/1000 ) μm at k=2
where L is measured Length in mm
III

On-site services according to ISO 10360-7: 2011 and FSTM-8
See note 17
See note 18

Length Measurement Error: EUZ (0.27 + 0.60 x L/1000 ) μm at k=2
where L is measured Length in mm
Squareness Error: ESQ (1.79 + 0.003L) μm at k=2
where L is measured Length in mm
Probing Error: PF2D 0.13 µm
Probing Error: PFV2D 0.13 µm
Surface roughness
Ra up to 4.1 μm
Ra 0.07 μm II See note 16
Rmax, Ry 0.29 μm
Ra up to 160 μinches
Ra 3 μinches II

See note 16

 

Rmax, Ry 11 μinches
Precision Glass Scales
0 mm to 400 mm (1.4 + 0.011L ) µm, where L is Length in mm II See note 19
0 inches to 15.7 inches (55.2 + 11L) μinches, where L is Length in inches
Precision Rulers
0 mm to 400 mm (4.3 + 0.012L ) µm, where L is Length in mm II See note 19
0 inches to 15.7 inches (169 + 12L) μinches, where L is Length in inches
Hardness
Indirect verification of Rockwell hardness testers
HRA Governed by the uncertainty of the standardized test block used to perform the indirect verification III ASTM E18
Standardized Test Blocks per ASTM E18
See notes 4, 7 and 8.
On-site calibration available.
HRB
HRC
HRD
HRE
Indirect verification of Rockwell Superficial hardness testers
HR15T Governed by the uncertainty of the standardized test block used to perform the indirect verification III ASTM E18
Standardized Test Blocks per ASTM E18
See notes 4, 7 and 8.
On-site calibration available.
HR30T
HR15N
HR30N
Indirect verification of Vickers and Knoop micro indentation hardness testers
HV Governed by the uncertainty of the standardized test block used to perform the indirect verification III ASTM E384
Standardized Test Blocks per ASTM E384
See notes 5, 7 and 8.
On-site calibration available.
HK
Indirect verification of Vickers hardness testers
HV Governed by the uncertainty of the standardized test block used to perform the indirect verification III ASTM E92
Standardized Test Blocks per ASTM E92
See notes 6, 7 and 8.
On-site calibration available.
Indirect verification of Rockwell and Vickers portable hardness testers
HRC Governed by the uncertainty of the standardized test block used to perform the indirect verification III ASTM E18 and E92
Standardized Test Blocks per ASTM E18 & E92
See notes 4,6, 7 and 8.
On-site calibration available.
HV