Global, Except Europe

08-2002
08-2002

* All prices and specifications subject to change without notice. Actual product appearance & included accessories may differ.

HMM430, Coordinate Measuring Machine

Part #: 08-2002

HMM430, COORDINATE MEASURING MACHINE

HAAS COORDINATE MEASURING MACHINE

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    TECHNICAL DOCUMENTS

    HMM430, Coordinate Measuring Machine

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    Haas Automation’s first coordinate measuring machine – the HMM430 – brings professional-grade inspection to your shop. This machine is perfect for small- to medium-sized shops looking for their first entry into the world of CMM inspections and ownership. Everything you need to get started is included.

    Streamline your quality control by reducing the amount of time spent performing inspections with conventional metrology tools. Compared to similarly sized options from the big names in the CMM world, you’ll find the HMM430 offers competitive accuracy at an unbeatable Haas price.

    Product Highlights:

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    • Renishaw controller &  linear scales
    • TouchDMIS measuring software
    • Includes Computer with Non-Touch Monitor, Keyboard, Mouse, and Speaker
    • Microsoft Windows Operating System, Windows 11
    • Linear guide bearings
    • Program inspection directly from 3D models
    • Full CNC inspections with CAD models
    • Quick measurements without CAD models using joystick to hand-jog probe
    • 12-month parts warranty from ship date, supported by your local Haas Factory Outlet; on-site installation, training, service labor, and travel charges will apply

    Product Specifications:

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    • Linear scale resolution: 0.001mm
    • Max volume: 400 x 430 x 350mm (X,Y,Z)
    • Probe head: Renishaw MH20i
    • Probe body: Renishaw TP20 w/ standard force module
    • Max part weight: 120 kg

    INSTALLATION GUIDE

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    Your new Haas HMM430 Coordinate Measuring Machine will be delivered directly to your shop (or designated address) in a secure shipping crate, and will require assembly and set up. Please note that installation must be performed by your local Haas Factory Outlet (HFO) to ensure proper configuration. Installation, training, and travel charges may apply.

    Please contact your local HFO to schedule the installation, to ensure your HMM430 is set up correctly and your warranty remains valid.

    Note: If traceability and certification are required, it is the customer’s responsibility to contact an accredited third-party provider that specializes in CMM services. Calibration services typically entail preventive maintenance, mechanical adjustments, repeatability tests, etc. This process is essential for maintaining the machine’s reliability and ensuring optimal performance. Upon completion of the CMM evaluation, each confirmed machine will receive a calibration certificate that will include documentation outlining the “as-found” and “as-left” data, traceable to NIST. When searching for calibration services, be mindful of the difference between verification and calibration. Verification is an accuracy check that will reveal whether or not the machine’s accuracy is within specification. Calibration involves adjusting the error compensation and performing verification tests to ensure that accuracy performance is within required specifications.

    VIEW INSTALLATION GUIDE

    Technical Specs

    Type Coordinate Measuring Machine
    Country of Origin Taiwan

    WARNING - www.P65Warnings.ca.gov

    Measuring Software

    TouchDMIS

    TouchDMIS is a dimensional metrology software engineered to simplify and optimize the Coordinate Measuring Machine (CMM) inspection process. Featuring an intuitive interface and a streamlined workflow that enhances productivity while reducing complexity in measurement tasks.

    Key Features:

    • Touch-Screen Capabilities:
      Although the HMM430 is supplied with a stadard non-touch monitors, TouchDMIS is fully compatible with touchscreen monitors, providing a touch-enabled interface that supports large icons and intuitive gestures such as swipe and pinch-to-zoom. Users can easily navigate features, create measurement programs, capture data, and generate reports—all through simple touch interactions.
    • CAD-Based Environment:
      Create and edit measurement programs with the intuitive CAD-based environment. Modify points and scanning paths with real-time updates and clear graphical feedback. All changes can be simulated offline before execution, ensuring accuracy and minimizing errors. Instantly review results in both graphical and text formats, giving the operator complete control in every measurement. 
    • CAD Module:
      TouchDMIS supports a range of native and neutral CAD formats, including STEP and IGES. This allows users to import complex 3D models directly into the software for model-based inspection programming.
    • Geometric Entity Measurement:
      TouchDMIS enables the precise measurement of a broad array of geometric entities, including tapers, slots, angled features, internal and external bosses, curves, surfaces, and much more. With high accuracy, users can measure complex geometries directly from imported 3D CAD models, ensuring detailed and reliable inspection.
    • Auto-Generated Measuring Path:
      TouchDMIS streamlines CMM inspections by generating automatic measuring paths, which calculate the most efficient inspection sequence based on part geometry, feature types, and accessibility. This process reduces programming time, minimizes operator input, and enhances performance, repeatability, and traceability, while also lowering cycle time and minimizing potential errors.
    • DMIS Programming Language:
      In addition to standard and touch-based programming, TouchDMIS enables operators to create and edit programs using the native DMIS language. The software also supports advanced DMIS commands, variables, and macros. With offline programming and simulation capabilities, TouchDMIS ensures thorough program validation before execution.
    • Touch Probe Manager:
      TouchDMIS features an intuitive, user-friendly Touch Probe Manager that enables quick and easy probe configuration and calibration.
    • GD&T and Reporting:
      TouchDMIS delivers comprehensive GD&T support across all major control types—including Form, Orientation, Profile, Location, and Runout, which are fully compliant with ANSI and ISO standards. It automatically evaluates tolerances and displays real-time, color-coded results directly on the 3D model for fast, intuitive analysis. The reporting tools enable fully customizable reports, live results tracking, and exporting options.
    • Self-training and certification program:
      TouchDMIS offers a self-training program that helps operators learn quickly and efficiently how to use the software. At the end of the program, users can be officially certified as TouchDMIS Operators.

    NOTES:

    1.      The HMM430 includes a perpetual license for the TouchDMIS software, ensuring permanent access without expiration or renewal fees.

    2.      The HMM430 comes equipped with a standard non-touchscreen monitor; however, customers who wish to utilize the capabilities of TouchDMIS on a touchscreen monitor may add their own - no extra configuration or software required. 

    TouchDMIS Self-Training Certification Program

    Overview:

    The TouchDMIS Certification Program is a self-paced online training course offered through the official TouchDMIS Academy platform. Designed for both new and experienced users, it provides structured lessons covering key areas such as probe setup, coordinate system alignment, CAD integration, GD&T application, automated reporting, and much more. Learners can progress at their own pace while gaining practical skills and earning a recognized certification in CMM programming and inspection with TouchDMIS.

    Course Breakdown:

    • Chapter 1: Exploring TouchDMIS Interface
      • In this chapter, participants are introduced to the TouchDMIS scene environment, including its core functions, interface controls, mouse navigation, and touch gestures. This foundational module helps users become familiar with interacting efficiently in both traditional and touchscreen workflows.
    • Chapter 2: Probe Management
      • Chapter 2 covers the management of calibration objects and probe assemblies, including their proper calibration procedures. Participants will learn how to effectively organize and calibrate these essential components to ensure accurate and reliable measurements.
    • Chapter 3: Creating your first Measurement Program:
      • In Chapter 3, participants will learn how to create a measurement program, starting with importing the CAD model, performing an alignment, and then measuring the specified features.
    • Chapter 4: Understanding Coordinates:   
      • In Chapter 4, users will deepen their understanding of coordinate systems, vectors, angles, and their practical applications within TouchDMIS.
    • Chapter 5: Datum Structure and Alignments:
      • In Chapter 5, users will learn that understanding datum structures, and their relationship to the six degrees of freedom, is key to ensuring accurate and legitimate part inspections. Users will also explore different methods for aligning parts. Numerous examples are provided to illustrate these concepts.
    • Chapter 6: Understanding DMIS Codes
      • In Chapter 6, users will better understand how to edit and manage programs within TouchDMIS using DMIS code. The DMIS (Dimensional Measuring Interface Standard) is a standardized language used in metrology to program and communicate measurement instructions for coordinate measuring machines (CMMs).
    • Chapter 7: Creating a CNC Program with no CAD
      • In Chapter 7, users will develop the skills needed to create a CNC measurement program without relying on a CAD model.
    • Chapter 8: Construction
      • In Chapter 8, users explore the construction of part features and slices to support efficient planning of measurement paths for curved geometries.
    • Chapter 9: Applying GD&T Callouts
      • In Chapter 9, users will gain an in-depth understanding of GD&T tolerances, such as form, orientation, location, and runout controls. Users will also learn how to apply these callouts effectively within their inspection programs.
    • Chapter 10: Reporting
      • In Chapter 10, users will explore how to generate both tabular and graphical reports in TouchDMIS. They will learn how to add data to reports, customize headers, and incorporate visual representations of inspection results. Focus is given to creating blueprint-style graphical reports, offering clear and professional documentation of measurement workflows.
    • Chapter 11: Offline Programming
      • In Chapter 11, users are introduced to methods for creating measurement programs offline, eliminating the need for constant access to a physical CMM. The lesson covers CAD model positioning and setup techniques essential for efficient offline programming and early validation of inspection routines.
    • Chapter 12: 5 Axis Measurement
      • In Chapter 12, users are exposed to the capabilities of 5-axis measurement using the Renishaw PH20 probe head. The lesson explains how to effectively apply 5-axis technology within TouchDMIS to achieve faster and precise inspection.
    • Chapter 13: Analog Scanning Measurement
      • In Chapter 13, users will learn about analog scanning technology, which delivers high accuracy and a large quantity of data in a short amount of time. The lesson covers the benefits of analog probe scanning and demonstrates how to measure surfaces and curves using the Renishaw SP25 probe.
    • Chapter 14: DMIS High Level Programming
      • In Chapter 14, users will delve into the complexities of DMIS programming. Topics include declaring variables, assigning values, using obtain and prompt statements, intrinsic functions, and implementing macro loops to create advanced, flexible measurement programs.
    Technical Specifications - HMM430    
    Control Type   Direct CNC Controlled (DCC)
    Control Package Details: Probe Head Renishaw MH20i
    Probe body Renishaw TP20 w/ Standard Force Module
    Joystick Renishaw MCU-lite 2
    Controller Renishaw UCC T3-2
    Servo Amplifier Renishaw SPA3-2
    Included Probe Tips   ø1 x 20mm
      ø2 x 20mm
      ø3 x 20mm
      ø4 x 20mm
    Other Included Components   Aluminum practice part
      Calibration Sphere
      Uninterruptible Power Supply
    Travel / Measuring Volume (XYZ) X 15.7" \ 400mm
    Y 16.9" \ 430mm
    Z 13.7" \ 350mm
    Granite Bed Accessible Area 23.2" x 33.5" \ 590 x 850mm
    Flatness 0.0002" \ 0.005mm
    Linear Scales:  Manuf. Renishaw
    Resolution 0.00004" \ 0.001mm
    Accuracy (Evaluated at 20±1 °C, 55-65% Humidity) U1 (Linear) 2 + L/200µm (about 2 - 6 µm \ 0.00008" - 0.00024")
    U3 (Volumetric) 4 + L/100µm (about 4 - 11 µm \ 0.00016" - 0.00043")
    Bearing Type   Linear Guide Bearing, Hardened steel
    Max part weight   120kg
    Measuring Software   TouchDMIS
    PC Operating System   Windows 11
    Included Computer Peripherals   

    Non-Touch Monitor, Keyboard, Mouse, and Speaker
    Power Requirements    
    Machine Dimensions (including base)   36.2" x 38.2" x 82.7" \ 920 x 970 x 2100 mm
    Computer Cart Dimensions   23.6" x 29.5" x 30.8" \ 600 x 750 x 780mm
    Total Footprint (Machine + Cart)   83.5" x 38.2" \ 2120mm x 970mm
    Machine Weight   1279lbs / 580kg
    Computer Cart Weight   177lbs / 80kg
    Shipping Dimensions Length  107.5" 
    Width 44.9"
    Height 69.3"

    Haas Product Warranty - 1 Year

    This product includes a 1-year parts warranty and support by your local Haas Factory Outlet.  On-site installation, training, service labor, and travel charges will apply.  Contact your local Haas Factory Outlet. 

    Haas HMM430 How-To Videos

    Haas has included the following How-To videos for The Haas HMM430

    User Interface of CAPPSDMIS

    Defining a Probe

    Calibrating a Probe

    Basic Part Alignment

    How to Create Nominals 

    Measuring Software

    CappsDMIS GeoCAD+
     

    CappsDMIS GeoCAD+ by AAT3D is an intermediate inspection software designed to meet the needs of precision measurement in a variety of industries. With built-in CAD capabilities, CappsDMIS GeoCAD+ can handle geometrical feature measurement, ensuring accuracy and efficiency in your inspection processes.

    Key Features:

    • Geometric Entity Measurement:
      Measure a wide range of geometrical features with high precision, including torus, slots, angle points, corner points, curves, surfaces, and trim points. Automate the measurement commands for CNC inspections.
    • CAD Module:
      Import CAD models in IGES and STEP formats, including wireframe, surface, and solid models. The software allows for extraction of nominal data from the wireframe of CAD models, in addition to manipulation of surface coloring and shading for enhanced visualization.[AH1] 
    • Standard DMIS Engine:
      Create programs using the native DMIS language. CappsDMIS GeoCAD+ also supports advanced DMIS commands, variables, and macros, along with offline programming and simulation tools for program validation.
    • User Control and Flexibility:
      CappsDMIS GeoCAD+ offers user prompts for enhanced control over program execution. Add loops, macros, operator prompts, and other code structures to DMIS programs. Easily save inspection programs as projects and store measured data for future reference.
    • 3D Graphical Interface:
      Visualize both nominal and measured features with a 3D graphical display. Probe position and model are displayed in real-time as the machine moves. The user-friendly graphical interface features intuitive shortcuts, menus, and toolbars for easy navigation.
    • Sensor Calibration and Probe Automation:
      Simplify probe calibration routines by generating nominal probe calibration [AH2] macros and DMIS programs. Automate the entire calibration process to ensure your measurements are always accurate.
    • Automatic Measurements with Measure-CAD Mode: Generate measurement data directly from the wireframe of CAD models. Automatically create measurement and probing paths from CAD data to capture geometrical features with precision and efficiency.
    • GD&T and Reporting: Apply GD&T such as Form, Parallelism, Runout, etc. to your inspected features. Reports are generated automatically in real time, with text and graphics. Update reports for different tolerances and alignments. Customize report headers and formatting.

    The HMM430 comes with a perpetual license of CappsDMIS GeoCAD+; the software seat will not expire.

    Software Maintenance Agreement (SMA)
     

    The HMM430 comes with one free year of the SMA with AAT3D. In order to activate the SMA, the Customer Registration Form must be filled out and submitted to AAT3D. This form provides AAT3D with contact information, software license information, and machine information necessary for AAT3D to fully support the customer. The Customer Registration Form may be found in the Software Documents download in the Overview tab of the page

     

    The SMA entitles the customer to the following:

    • Technical support - help with using and understanding the software
    • Bug reporting - customers will be able to report bugs, and AAT3D will advise on work-arounds and prioritize fixing them
    • Software updates - typically released times per year, with 2 minor updates and 1 major update at the end of the year
    • Webinar access - AAT3D hosts webinars that explains improvements and differences in the major software updates
    • Access to programming support - the SMA is required if a customer wants to contract AAT3D for special application support, program development, turnkey solutions, or specialized advanced training. Pricing and contracting for application support is taken up directly with AAT3D.

    The SMA is not a requirement to use CappsDMIS - the decision whether or not to renew has no effect on the license that comes with the machine.

    The SMA is a yearly contract that must be renewed to remain active. The annual renewal fee will be paid directly to AAT3D, exact pricing TBD. The customer is not required to renew the SMA after the first year ends, but Haas strongly recommends doing so in order to receive software support and updates. If the customer decides to renew the SMA after one or more years of non-renewal, an additional cost will be incurred to cover the jump in software updates.