Since 1990, Mess-Technik Blatter AG has been known as a modern and competent company for calibrations and testing activities in the field of length and torque.

Our service

Competence
Thanks to highly trained and qualified personnel and the use of the latest technology, we fulfill all tasks relating to normative requirements for test equipment monitoring in an extremely competent and professional manner.

Calibration
All requirements that apply to ISO 9001, ISO13485, 21 CFR Part 820 and ISO/TS 16949 certification are met during calibration . Benefit from our extensive experience with the various industry-specific requirements.

Test equipment management
To ensure that we meet the relevant requirements for certification, we work with our specially developed and validated management software, ensure quadrilingualism and guarantee access to and retrieval of all relevant data and information thanks to web integration.

Personnel
Our highly trained measurement technicians all have basic technical training and several years of experience in the field of measurement technology. In addition, they keep up to date with the latest technology at all times through continuous theoretical and technical training.

Calibration
Mess-Technik Blatter AG is accredited to EN ISO / IEC 17025 under accreditation no. SCS No. 0030.
Our range of services includes accredited calibrations, as well as some non-accredited calibrations. A detailed overview can be found in the following list

• Caliper / depth caliper (SCS)
  Our calibration instruction MTB/1 A based on standard DIN 862 with a best possible measurement uncertainty of:
  (15+5*L) µm, L in m

• Screw Calibration Standards (SCS)
  Our calibration instruction MTB/2 A based on standard DIN 863 part 1 with a best possible measurement uncertainty of: 1.5 µm

• Internal micrometers (SCS)
  Our calibration instruction MTB/3 B based on standard DIN 863 part 4 with a best possible measurement uncertainty of: (1.5+4*L) µm, L in m

• Depth micrometers / micrometers (SCS)
  Our calibration instruction MTB/4 A based on standard DIN 863 part 2 with a best possible measurement uncertainty of: (2+3*L) µm, L in m

• Protractor (SCS)
  Our calibration instruction MTB/5 A based on standard VDI 2618 sheet 12 with a best possible measurement uncertainty of: 1′ 30″

• Gauge dials / precision indicators (SCS)
  Our calibration instruction MTB/6 C based on standard DIN 878 / DIN 879 with a best possible measurement uncertainty of: 0.5 µm

• Sensor lever measuring devices (SCS)
  Our calibration instruction MTB/7 A based on standard DIN 2270 with a best possible measurement uncertainty of:
  0.5 µm

• Limit plug gauges / measuring pins / test disks thread measuring wires (SCS)
  Our calibration instruction MTB/8 B based on standard DIN ISO 286 with a best possible measurement uncertainty of: 0.25 µm for measuring wires 0.40 µm for other cylindrical test equipment and test disks

• Thread plug gauges (SCS)
  Our calibration instruction MTB/9 C based on standard DIN 13, ANSI/ASME, B.S.84, BS919 with a best possible measurement uncertainty of: (3+1.5*L) µm, L in m

• Threaded ring gauges (SCS)
  Our calibration instruction MTB/10 B based on standard DIN 13, ANSI/ASME, B.S.84, BS919 with a best possible measurement uncertainty of: (3+1.5*L) µm, L in m

• Snout gauges (SCS)
  Our calibration instruction MTB/11 B based on standard DIN ISO 286 with a best possible measurement uncertainty of: (0.6+1.5*L) µm, L in m

• Quick caliper / speed meter (SCS)
  Our calibration instruction MTB/12 A with a best possible measurement uncertainty of:
  15 µm

• Rulers (SCS)
  Our calibration instruction MTB/13 A based on standard DIN 874 with a best possible measurement uncertainty of:
  (1.5+0.5*L) μm + A*0.02 L in m (A=display in μm)

• Angle / hair angle / centering angle (SCS)
  Our calibration instruction MTB/14 A based on standard DIN 875 with a best possible measurement uncertainty of:
  (1.4+0.5*L) μm + A*0.02 L in m (A=display in μm)

• Gauge rings (SCS)
  Our calibration instruction MTB/15 B with a best possible measurement uncertainty of: 0.3 µm roundness 0.10 µm

• Parallel gauge block / setting gauge block (SCS)
  Our calibration instruction MTB/16 C based on standard DIN EN ISO 3650 with a best possible measurement uncertainty of: (0.06+0.7*L) µm, L in m

• Scoring and height measuring instruments (SCS)
  Our calibration instruction MTB/17 B with a best possible measurement uncertainty of: (1.5+2.5*L) µm, L in m

• Rolling meters / folding meters / metal scales
  Our calibration instruction MTB/18 A with a best possible measurement uncertainty of: 0.2mm

• Level / inclinometer
  Our calibration instruction MTB/19 A with a best possible measurement uncertainty of: 0.3 graduation lines

• Plan glasses
  Our calibration instruction MTB/20 A with a best possible measurement uncertainty of: 0.15µm

• Shape measurements (plug gauges, ring gauges and measuring columns) (SCS)
  Our calibration instruction MTB/21 B with a best possible measurement uncertainty of: 0.1 µm

• Flatness on hard stone slabs (SCS)
  Our calibration instruction MTB/22 C based on standard DIN 876 Part 1 with a best possible measurement uncertainty of: (0.5+0.5*L) µm, L in m

• Optical measurements (measurement projector)
  Our calibration instruction MTB/23 A with a best possible measurement uncertainty of: 5µm

• Ball (SCS)
  Our calibration instruction MTB/24 A

• Torque wrench / torque screwdriver (fixed) (SCS)
  Our calibration instruction MTB/40 C based on standard DIN 6789 with a best possible measurement uncertainty of: 1 %

• Torque wrench / torque screwdriver (SCS)
  Our calibration instruction MTB/41 C based on standard DIN 6789 with a best possible measurement uncertainty of: 1%

• Measurement transducers / indicators (SCS)
  Our calibration instruction MTB/42 C based on standard DIN 6789 with a best possible measurement uncertainty of: 0.4%

• Probes / indicators
  Our calibration instruction MTB/43 A based on standard DIN 878 / DIN 879 with a best possible measurement uncertainty of: 0.5 µm

• Spring balances / force gauges (SCS)
  Our calibration instruction MTB/50 A with a best possible measurement uncertainty of: 5%

• Weighing scales / weight stones
  Our calibration instruction MTB/51 A with a best possible measurement uncertainty of: 0.2%

• General visual function test
  Our calibration instruction MTB/60 A

• External calibration / calibration points
  Our calibration instructions MTB/60 A

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Calipers, depth calipers, calipers, depth calipers, micrometers, inside micrometers with 3-line contact, inside micrometers with 2-point contact, depth micrometers, micrometers, protractors, dial gauges, Electronic probes, feeler gauges, limit plug gauges, individual plug gauges / test disks, plug gauge set, test gauge for outside micrometers, individual test pins, test pin set, thread measuring wires, good thread plug gauges / reject plug gauges, Thread limit plug gauges, thread ring gauges, limit plug gauges, internal measuring device / rapid probe, ruler / straight edge, angles (flat and stop angles), hair angles, hard stone angles, toolmaker angles, ring gauges, parallel gauge blocks, setting gauge blocks, height gauges, marking devices, steel scales / rolling meters / folding meters, inclinometers / spirit levels, plane glasses, test plates / hard stone plates, optical measurement, torque wrenches / screwdrivers, precision torque testers, torque testers, torque testers, torque testers, torque testers, torque testers, torque testers, torque testers. Torque testers, Torque testers / Torque load cell, Spring balances, Force gauges