In the world of coordinate measurement (CMM), ZEISS CALYPSO is considered a leading software thanks to its object-oriented measurement philosophy. Instead of having to manually program each complex movement step by step, Calypso allows technicians to focus on the geometric characteristics of the part, optimizing time and accuracy.

To support our customers and technicians operating Zeiss CMM machines in Vietnam, Maxlab is pleased to share a detailed user guide for Calypso software, from basic to advanced levels.

Calypso offers excellent flexibility for Zeiss CMM machines thanks to its superior features:

Code-free programming: Intuitive interface, easy to learn and operate.

Strong CAD compatibility: Easily import data from design software such as SolidWorks, CATIA, and NX to program measurements directly on 3D models.

High flexibility: You can change the order of measurements without rewriting the entire program.

Professional reports: Export measurement data as charts and visual images, providing maximum support for quality control (QC).

The Calypso user manual provided by Maxlab includes the following main sections:

Initial setup guide: How to initialize the coordinate system (Alignment) and set up the stylus system.

Measuring geometric entities: How to obtain points and measure 2D and 3D objects such as circles, planes, cylinders, and spheres.

Geometric Tolerance Testing (GD&T): Guidance on applying positional, concentricity, and flatness tolerance symbols according to international standards.

Optimizing the Measurement Process: Tips to shorten measurement time and protect the probe from impact.

To help our customers master Zeiss measurement technology, we have compiled and edited a detailed user manual.

👉 You can view and download the full document here: https://drive.google.com/file/d/1p8F847oaKSsFH2CZDcuSZMkDH7MvSG9n/view?usp=sharing

The purely mechanical Rockwell hardness tester is a classic device in the metallurgical and precision machining industries due to its high durability and stability. To ensure accurate measurement results and extend the lifespan of the equipment, Maxlab Equipment Company would like to provide our customers with a detailed operating manual and important maintenance notes.

Before starting, the technician needs to check the following factors to avoid errors:

Indenter Selection:

Diamond indenter (120° cone) for HRC and HRA scales.

Steel ball indenter (1/16 inch) for HRB scale.

Sample Inspection: The sample surface must be flat, clean of rust and grease. The sample thickness must be at least 10 times the depth of the indentation.

Machine Placement: The machine must be placed on a sturdy, vibration-free table.

For analog gauge instruments, the procedure is as follows:

Rotate the lifting shaft to lower the sample table, placing the sample neatly under the indenter.

Rotate the steering wheel to slowly raise the sample table until the indenter touches the sample. Continue rotating until the small needle on the dial points to the red mark (set point) and the large needle rotates 3 times. Stop when the large needle points vertically to the zero position (mark C or B depending on the scale).

If the large needle does not point to zero, rotate the outer ring of the dial so that the zero mark aligns with the large needle.

Flip the operating lever (usually on the side of the instrument) to automatically apply the main force. This process is purely mechanical, using an oil damping system. Wait until the needle stops completely.

Return the lever to its original position to release the primary force (only the primary force remains). Read the hardness value directly on the dial:

Black mark: For HRC and HRA scales (diamond tip).

Red mark: For HRB scale (steel ball tip).

Mechanical hardness testers are durable, but after a period of use, they may encounter problems such as: oil damping deposits, misaligned levers, or worn indenters. Maxlab provides comprehensive solutions to ensure your equipment always operates at its best:

In-depth hardness tester repair

Maxlab repairs common problems:

The needle is stuck or the readings are uneven.

The force system is unstable, and the lever is stiff.

Genuine replacement parts: diamond indenters, steel balls, gauges.

To ensure legally and technically valid measurement results, the machine needs to be calibrated periodically. Maxlab performs calibration using internationally certified Hardness Test Blocks, giving customers absolute peace of mind during product quality assessments.

Dedicated After-Sales Support

When purchasing equipment or using services at Maxlab, you will receive:

Free technical training for operating staff at your factory.

Consultation on selecting the appropriate measurement range (HRA, HRB, HRC) for the actual material.

Regular checks and calibration reminders to ensure the machine is always in optimal condition.

Do not turn the handle to raise the sample too forcefully when the indenter has touched the sample (to avoid breaking the diamond tip).

When not in use, lower the sample stage and cover the machine with a dustproof tarp.

Do not attempt to disassemble the internal lever system without professional expertise.

Need further advice on usage or technical services?

Contact Maxlab Equipment Company immediately for support from leading experts.

Hotline: 0986.666.914

Website: maxlab-jsc.com

Address: Ha Dong, Hanoi

Maxlab – Partnering with your business for accuracy!