YIHUI Coordinate Measuring Machine

YIHUI Coordinate Measuring MachineHost introduction:

The YIHUI series measuring machine adopts excellent finite element analysis design methods, which make it have the advantages of strong mechanical structure rigidity, small geometric errors, high accuracy, high performance, and high stability.

The overall mechanical structure adopts a fully enclosed frame mobile bridge structure with good rigidity and light weight. Its structure is simple, compact, with high load-bearing capacity and good sports performance.

Fixed high-quality granite workbench with strong load-bearing capacity, wide loading and unloading space, and convenience.

The Y-direction guide rail adopts a dovetail type, with high positioning accuracy and good stability performance.

▲ The three-axis adopts high-quality granite with low thermal expansion coefficient. The three-axis has the same temperature characteristics, thus it has good temperature stability, resistance to effective deformation, good rigidity, and small dynamic geometric error deformation.

The three-axis system adopts a static pressure air floating guide rail composed of self-cleaning preloaded high-precision air bearings. The bearings have a large span, strong resistance to angular swing, low resistance, no wear, and smoother movement.

The crossbeam adopts precision giant design technology, with light weight, low center of gravity, strong rigidity, and small dynamic error, ensuring the stability of the machine.

Adopting the Renishaw metal strip grating measurement system from the UK, it has a thermal expansion coefficient similar to most workpieces, ensuring good repeatability accuracy.

The drive system adopts high-performance DC servo motors and toothed belt transmission devices from international brands, ensuring faster, more accurate transmission and better motion performance.

The Z-axis adopts a cylinder balancing device, greatly improving the positioning accuracy and stability of the Z-axis.

The control system adopts the Renishaw special three coordinate numerical control system from the UK, which has an excellent dual computer system with upper and lower computers, greatly improving the reliability and anti-interference ability of the system and reducing maintenance costs.

The software adopts the Rational DMIS measurement software package with independent intellectual property rights and powerful functions. Its comprehensive measurement and online functions provide users with measurement solutions.

YIHUI Coordinate Measuring MachineSpecifications:

Technical Indicators:

RENISHAW Needle Set

calibrator

Precision main standard

Environmental Requirements

Control system: Renishaw CNC series three coordinate measuring machine dedicated control system from the UK

Adopting an excellent dual computer control system with upper and lower computers

Support multiple probe systems: trigger probe, scanning probe, optical CCD probe, laser measurement system

Built in control technology software, capable of achieving four axis servo drive and motion state optimization adjustment

Support RENISHAW's full range of probe connection systems PICS

Equipped with an intelligent scanning control system. Can achieve automatic scanning control of spatial contour curves and surfaces

Internally, an excellent continuous motion trajectory interpolation algorithm is used to optimize and integrate measurement trajectories, automatically generating reasonable measurement motion trajectories

Adopting multiple control modes and providing multiple security protection functions

Equipped with fault self diagnosis and error correction function

Equipped with an internal temperature monitoring system

Multiple interface standards are used for internal communication, facilitating computer networking upgrades

Configure a specialized three-axis linkage control lever and button panel control box

The input, output, and optical isolation have good electrical reliability, stability, safety, and strong electromagnetic interference resistance, which comply with European electrical safety standards

Software system: Rational DMIS measurement software package

Originating from the design philosophy and technology of the American world, with a complete set of independent intellectual property rights and powerful measurement and testing software that has passed the PTB certification of the German Physical Research Institute, the excellent level of measurement software package Rational DMIS combines modern coordinate measurement technology and modern industrial processing technology for geometric dimensions, tolerance evaluation, and other testing requirements. Whether it is simple box shaped workpieces or complex contour surface workpieces, Rational DMIS software provides measurement solutions for them.

The functions of Rational DMIS:

▲ Measuring environmental parameters and configuring motion parameters;

▲ Probe system configuration and calibration;

▲ Acquisition of measurement points;

▲ Basic geometric elements;

The construction, transformation, reproduction, projection, storage/retrieval, and related calculations of elements;

▲ Establishment, storage/retrieval, and conversion of coordinate systems and workpiece coordinate systems;

▲ Evaluation of dimensional tolerances and geometric tolerances;

▲ Save and import measurement result files;

Import and conversion of CAD 3D models;

Unification of model coordinate system and workpiece coordinate system;

Pick up feature elements and surface points on the model;

▲ Creation and measurement of cross-sectional lines;

▲ Automatic measurement and deviation output of known surfaces;

▲ Offline programming based on 3D models;

▲ Display of measurement path and simulation of measurement operation;

Visualization of measurement results and output of graphical reports;

Output of standard 3D modeling data files in IGES and STEP formats;

Output of DAT format data files;

Measurement result report templates in Word and Excel formats;

Parameterized automatic measurement of feature elements;

▲ Preparation of measurement programs and programmable measurement;

Intelligent self-learning measurement;

▲ Image measurement.