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DRM-1000 |
DRM-3000 |
DRM-5000 |
DRM-5000CNC |
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Faixa de medição |
Diâmetro máximo de medição |
300 mm |
400 mm |
500 mm |
500 mm |
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Altura máxima de medição |
350 mm |
500 mm |
500 mm |
500 mm |
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Profundidade máxima |
Sonda padrão: 100 mm (para aberturas menores que 36 mm); suporte não padrão com alcance de até 300 mm (opcional para aberturas maiores que 36 mm). |
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Carga máxima |
30 kg |
50 kg |
80 kg |
500 kg |
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Eixo com rolamento de ar |
Erro radial do fuso |
(0,025+0,0005H)μm |
(0,025+0,0005H)μm |
(0,035+0,0005H)μm |
(0,02+0,0005H)μm |
|
Erro axial do fuso |
(0,025+0,0006X)μm |
(0,025+0,0006X)μm |
(0,03+0,0006X)μm |
(0,02+0,0006X)μm |
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Mesa de trabalho Sensor |
Diâmetro da mesa |
150 mm |
200 mm |
320 mm |
500 mm |
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Faixa de ajuste |
Ajuste a excentricidade em ±3 mm; ajuste o nível em ±1°. |
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Diâmetro do giro |
320 mm |
420 mm |
650 mm |
700 mm |
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Braço horizontal |
Faixa de medição |
500 μm (Diferença de raio) |
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Formato de caneta |
Ponta de prova esférica Gem de φ2mm (Ponta de prova opcional de φ1mm e φ0,5mm) |
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Eixo com rolamento de ar |
deslocamento horizontal |
150 mm |
180 mm |
200 mm |
200 mm |
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Velocidade de deslocamento |
0,5-6 mm/s ou manualmente |
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Analysis functions: Surface waviness (Wc, Wp, Wv, Wt, Wa, Wq), spectrum analysis, wave height analysis
Roundness assessment methods: Minimum area method, least squares method, minimum circumscribed circle method, maximum inscribed circle method
Roundness filtering methods: 1-500, 1-150, 1-50, 1-15
Waviness filtering ranges: 3-16, 3-17, 15-500, 17-100
Optional ruby styli of various sizes available
Aplicações
Automotive Manufacturing Industry
Inspects the surface roughness and contour parameters of key components such as engine parts, gearbox gears, pistons, and crankshafts to ensure assembly fit.
Aerospace Industry
Used for contour and roughness inspection of aero-engine blades, landing gear structural components, and precision aerospace parts to meet high reliability requirements.
Precision Machining Industry
Inspects the tooth profile, threads, grooves, and other contour parameters and roughness of precision components such as cutting tools, molds, bearings, and lead screws to ensure machining accuracy.
Mold Industry
Inspects the contour and roughness of cavities and cores of injection molds and stamping dies to ensure consistency between mold processing quality and finished products.
Casos de aplicação
Destaques
High-Precision Aerostatic Bearing Accuracy
Accuracy: It adopts a high-precision rotating aerostatic bearing structure, achieving an accuracy of up to ±0.0125μm.
Air-Floating Spindle for Long Service Life
Lifespan: The spindle utilizes an air-floating structure, ensuring wear-resistant performance, ensuring long-lasting accuracy and instrument life.
Imported Grating High-Stability Data Acquisition
Data acquisition utilizes imported precision circular gratings, collecting 14,400 points per week for high accuracy and excellent stability.
User-Friendly Windows CA Measurement Software
Windows-based CA measurement software offers an intuitive and user-friendly interface, easy operation, and a wealth of measurement functions.
Automatic Contour Discontinuity Recognition & Correction
It features automatic recognition of contour discontinuities, as well as automatic elimination of gaps and abnormal points.
Partial Arc Roundness Measurement
Roundness measurement for partial arcs.
Multi-Parameter Comprehensive Analysis Capability
Powerful analysis capabilities, including taper, diameter, waviness, wave height, and frequency spectrum analysis.
SPC Statistical Analysis & Graphical Reporting
SPC statistical analysis: Analyzes large amounts of measurement data and generates graphical analysis reports.
Process Requirement-Based Quality Control Judgment
Measurement parameters can be judged by setting process requirements, enhancing the visibility of quality control.
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