Selection of 42 products among
63
CNC 20, 30 & 40 DESKTOP SERIES CNC MACHINES - FAST AND PRECISE PROTOTYPING
CNC Desktop-series with Stepper Motor Drive
For fast and precise prototyping, production, education and a wide range of applications
WIN Remote (machine control software) is installed
The
machines are based on high precision linear units with high performance steppers
The compact steel enclosure with interlock and sliding door represents:
low noise
high security
clean production
CNC 40
Construction type: Chassis construction with protective enclosure
Design: Desktop machine
Travel ranges:
(X/Y/Z) 400/300/140 mm
Travel speeds: (X/Y/Z) 100/100/100 mm/s with 16 x 5 mm ballscrew
Linear guides: Precision steel shaft guides with bushings
Gantry clearance:
(from lower edge of z-axis) 170 mm
Clamping table surface: (W x D) 600 x 375 mm
Dimensions:
(W x D x H) 780 x 850 x 810 mm
Weight:
(basic configuration) Approx. 120 kg
Drive: High performance steppers
Control: 4 axis stepper controller
CNC 30
Construction type: Chassis construction with protective enclosure
Design: Desktop machine
Travel ranges:
(X/Y/Z) 300/200/90 mm
Travel speeds:
(X/Y/Z) 100/100/100 mm/s with 16 x 5 mm ballscrew
Linear guides: Precision steel shaft guides with bushings
Gantry clearance:
(from lower edge of z-axis) 115 mm
Clamping table surface:
(W x D) 500 x 250 mm
Dimensions:
(W x D x H) 610 x 750 x 715 mm
Weight:
(basic configuration) Approx. 100 kg
Drive: High performance steppers
Control: 4 axis stepper controller
CNC 20
Construction type: Chassis construction with protective enclosure
Design: Desktop machine
Travel ranges:
(X/Y/Z) 200/150/90 mm
Travel speeds:
(X/Y/Z) 100/100/100 mm/s with 16 x 5 mm ballscrew
Linear guides: Precision steel shaft guides with bushings
Gantry clearance:
(from lower edge of z-axis) 100 mm
Clamping table surface:
(W x D) 400 x 250 mm
Dimensions:
(W x D x H) 535 x 600 x 690 mm
Weight:
(basic configuration) Approx. 95 kg
Drive: High performance steppers
Control: 4 axis stepper controller
Ballscrew with 10 mm pitch also available
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View the product on unimatic.com
Unimatic Engineers Ltd
CONNEX500™ 3D PRINTING SYSTEM
Connex500™
The First Multi-Material 3-D Printing System
The Connex500™ is the first 3-D printing system that jets multiple model materials simultaneously. It offers the completely unique
ability to print parts and assemblies made of multiple model materials, with different mechanical or physical properties, all in a single build. Taking the revolution even further, the Connex500™ can also fabricate Digital Materials™ on the fly, enabling users to create composite materials that have preset combinations of mechanical properties.
Based on Objet’s breakthrough PolyJet Matrix™ Technology, the Connex500 simultaneously prints two FullCure model materials and creates 21 types of Digital Materials. It can also print a single material from any of the original seven FullCure model materials.
By printing with Digital Materials, the Connex500™ allows you to print parts with specific Shore A values to match the values of the intended production materials. This capability opens up new opportunities, bringing you much closer to realizing the final product at an early stage, including feasibility testing and over-molding process simulation.
Parts produced on the Connex500™ have smooth and durable surfaces, with exceptionally fine details and an outstanding surface finish. The high quality output and unique multi-material printing capabilities of the Connex500™ enable you to closely emulate the look, feel and function of an exceptionally wide variety of end products.
Key Benefits
Closer-than-ever simulation of end products
Simultaneously prints parts with different mechanical properties, opening the way to savings throughout the design cycle.
Enables close emulation of the look, feel and function of final products, facilitating selection of the end-product materials.
Enables printed prototypes that are very close to the production part in terms of mechanical properties and material combinations, e.g. over-molding and double injection.
Saves days of simulating and preparing complex and expensive molds for double injection.
Reduces the need for silicon molds and preparation of different end-product materials for testing by enabling most of the testing to be done on early stage prototypes printed overnight on the Connex500.
Saves costs and time on applications that would usually involve gluing separate parts made of different materials, or gluing several small pieces to make a large part
Improves communication between different groups and decision makers in the company, such as R&D, internal/external customers, engineering, marketing, sales and management
Wide choice of materials
Uses Objet’s FullCure® photopolymer model and support materials, offering a wide variety of mechanical and physical properties, and easy support removal
Creates 21 Digital Materials™ -- Composite materials made up of two FullCure model materials integrated in specific concentrations and structures to provide the desired mechanical properties
Variety of build processes and printing modes
Advanced capabilities enabling versatile multi-material printing options:
Mixed Parts – Parts printed using multiple FullCure model materials; eliminates the need to design, print and glue together separate model parts to make a complete model, leading to dramatic savings in printing and post-processing time
Digital Materials -- Composite materials made up of any two FullCure model materials integrated in specific concentrations and structures to provide the desired mechanical properties; enables close simulation of the target product materials for early-stage testing
Mixed Tray – Different parts made with different materials in a single build; saves time on materials replacement and provides an answer for multiple users
>>>
View the product on 2objet.com
Objet Geometries
DURABILITY TESTING SOLUTIONS - LMS TECWARE TEST SCHEDULE DEFINITION
Firmly decreasing the duration of validated load data signals is essential in drastically reducing the time required to execute physical or virtual durability tests. LMS TecWare Test Schedule
Definition supports engineers by efficiently determining sets of compressed load time histories that preserve the same damage potential as originally present – enabling both the generation of new and the optimization of existing test schedules. Each of the implemented methods is ease-to-use and highly efficient because dedicated batch files capturing the complete process are offered.
LMS TecWare RP-Filter is based on a novel approach which removes the small load cycles of a time series based on rainflow-counting and pseudo-damage calculations – without changing the damage content or the phasing between the channels. The method is applicable on both uni-axial and multi-axial load input signals. The LMS Falancs Stress & Strain option allows to refine the damage model used by taking into account mean-stress effects.
With LMS TecWare Peak Valley Test Definition, uni-axial time signals are rainflow-counted and hysteresis filtered. The resulting rainflow matrix is converted into a series of peak-valley points – ready for input to a uni-axial test rig. Rainflow-based extrapolation can be easily introduced. This allows to take into account the statistical effects of a longer durability test.
LMS TecWare Block Cycle Test Definition creates a damage equivalent constant-amplitude test – consisting of a user-definable mix of ranges, mean values and number of repetitions - from a uni-axial, variable amplitude loading. The default damage model as used can be overwritten by a user-defined damage model. As such constant-amplitude tests adapted to the specific properties of materials (e.g. rubber) can be derived.
Features:
* Dedicated batch programs with limited parameter setting encapsulating process from input signal definition and parameter setting to report generation
* Different methods included for creating damage equivalent reduced-length tests
* Methods working in time or rainflow domain, uni-axial or multi-axial
* Multi-platform PC and UNIX
Benefits:
* Optimize existing test schedules by eliminating non-damaging parts of signals
* Adaptable to the available test-infrastructure and test rig capabilities
* Highly efficient and easy-to-use
Solution Pack Content:
* LMS TecWare Load Data Processing
* LMS TecWare RP-Filter
* LMS TecWare Block Cycle Test Definition
* LMS TecWare Peak Valley Test Definition
Solution Pack Options:
* LMS TecWare Time Data Interface (EDAS, IBMI2, Micro Music FAMOS, MTS RPCIII, nCode .DAC, PIAS)
* LMS FALANCS Stress & Strain
* LMS TecWare MultiRain
* LMS TecWare RainEdit/RainExtra
* LMS TecWare CombiTrack
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View the product on amesim.com
IMAGINE INVESTISSEMENTS
HOT TEST STAND
Each engine is tested for proper performance and leaks before being installed into a vehicle. The conventional test method is
the hot test, in which the engines run with their own power until a
specified engine oil temperature has been reached. This
warm up procedure is performed either without applying load to the engine or with load, while all critical engine data are measured, monitored and documented, such as
Rpm and torque
Oil pressure and oil temperature
Coolant temperature and coolant flow
Constant Rpm, ignition, injection, timing, blow by, exhaust gas emission, etc.
Upon completion of the warm up phase, a short performance test may be performed. Then the operator checks the engine for abnormal noises and leaks.
>>>
View the product on jwf.co.uk
J.W.Froehlich UK Ltd
DURABILITY TESTING SOLUTIONS - LMS/IST RS TWR STANDARD/ADVANCED
An essential problem in durability testing exists in the accurate reproduction of test track loading histories on durability test rigs. The RS TWR (Time Waveform Replication) software was developed
by two of the partners from The Durability Alliance – IST and LMS, with the specific objective to accelerate this process while safeguarding maximum accuracy.
Reproducing field test conditions on durability test rigs is very challenging due to the high-amplitude related non-linear behavior of components and subassemblies under test. RS TWR accurately defines a system model which is used to experimentally define the rig-specific control signals through an iterative and flexible process. Its dedicated graphical user interface guides the user through the different phases of the drive file development process. In a first phase – system identification – a system model is created which models the test rig and test structure. In a second phase – target simulation – the drive files required to reproduce given road surfaces are determined.
Through the tight integration of RS TWR with the IST RS LabSite durability software, the comparison of target and measured road profiles and the updating of rig control signals can be executed fully automatically. Once the prescribed correlation levels are reached, this iterative process is automatically stopped. Template-based interactions between IST TWR and IST’s digital Labtronic 8800 controller help engineers to set up test rigs quickly, enabling operators to efficiently generate test rig drive files and execute durability test campaigns.
Features:
* Integrated with IST RS LabSite durability test software and IST Labtronic 8800 digital controller
* Process solution for drive file development
* Powerful control algorithms – including non-square control
* Accurate models based on MIMO identification
* Fully automatic iteration process including convergence and divergence checks
* Extensive simulation quality evaluation tools
* Integrated data management
* Templates for definition and storage of all setup parameters
Benefits:
* Reduces the time required to gain control of test rigs
* Improves the accuracy of the simulation
* Runs the test rig without operator interaction, while guaranteeing a safe operation
* Durability or NVH specific views allow to get more out of test rig results
* Efficient data handling
* Applicable to a wide variety of test rigs
Solution Pack Content:
RS TWR Standard:
* Up to 6 axis of control
* Standard drive file development technology including non-square iteration
RS TWR Advanced:
* Unlimited number of control axis
* Advanced drive file development technology (automated shaping of drive signals, adaptive modeling)
Solution Pack Options:
IST RS Rain
* Damage ratio calculation
* Automatic iteration based on damage ratio
IST/LMS TecWare Rig Testing Bundle
* See LMS TecWare Load Data Processing
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View the product on amesim.com
IMAGINE INVESTISSEMENTS
DISTILLATION AT ATMOSPHERIC PRESSURE - ADU 4 (AUTOMATIC)
Automatic distillation unit used for the examination of motor gasolines, aviation gasolines, aviation turbine fuels, special boiling point spirits, naphthas, white ...
Product group(s): Distillation
User group(s): Airports & Aviation, Biodiesel, Diesel, Fuel, Jet Fuel, Regulatory Authorities, Solvent
Scope:
For the examination of motor gasolines, aviation gasolines, aviation turbine fuels, special boiling point spirits, naphthas, white spirits, kerosenes, gas oils, distillate fuel oils, solvents and similar petroleum products.
Low Price - High Value
Software included
Ultra-High Heater
Long-Life Heater
Safety-Heater-Rods reduce burn-risks
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View the product on petrotest.com
Petrotest
PROTOTYPING CNC DRILLING DIASTAR 33OO / 34OO
Industrial CNC drilling, milling and engraving machine
DIASTAR 33OO/3400 are CNC controlled drilling, engraving and milling machines designed for laboratory and service industry applications. They
are designed for continuous daily operation and can be expanded, thanks to their modular construction (i.e. no fear of obscolesence).
DIASTAR machines are suitable for the following maching procedures:
Drilling PBC's (individual and stacked)
Milling PBC's (isolation milling, panel cutting etc.)
Milling aluminium parts, e.g. front plates (other metals, such as steel etc., can be machined in several working steps)
Milling and drilling aluminium and plastic housings
(plug knockouts, cut-outs on displays, etc.)
Engraving steel, aluminium and plastic parts
(project stage in connection with CAD/CAM)
Milling 3D moulds (deep-drawn and injection moulded mould construction)
Accurate and rational production of DIN test samples
(e.g. shoulder rods and samples with predetermined breaking points)
Optical measuring tasks with Z lasers or colour camera with digital crosshairs (options)
Special characteristics:
Universal machining possibilities for parts up to max. 200 and/or 400 mm in height (optional) with additional height adjustability of the entire X carraige (Z coarse)
Tool changer with tool fracture detector (optional)
Program processing in "dry" operational mode (contour inspection)
>>>
View the product on mutronic.de
MUTRONIC
EDEN500V™ 3-D PRINTING SOLUTION
Eden500V™
The ideal solution in build size, surface quality, accuracy, easy of use and versatility
The Eden500V™ 3-Dimensional Printing System is the ideal solution for large-size model
requirements or when high productivity is vital. Its build size of up to 500 x 400 x 200mm eliminates the need to glue smaller pieces together for large models and enables simultaneous printing of multiple models on a single build tray - cutting production time for models of all sizes.
Based on Objet’s innovative PolyJet™ technology, Eden500V provides an easy to use, fast and clean solution for the precise building of any geometry. This drastically shortens product development cycles and significantly decreases time to market for new products. Models produced on the Eden500V have smooth and durable surfaces, with exceptionally fine details and an outstanding surface finish.
The Eden500V offers high resolution in the y-axis of up to 600 dpi – the highest in the market – with no difference on print speed. A choice of High Speed (HS) or High Quality (HQ) printing modes gives you maximum flexibility to achieve the quality you need in different timeframes.
Featuring a compact footprint and sleek exterior design, Eden500V supports four 3.6kg Jumbo cartridges of material. This new, cartridge size allows unmanned operation for extended periods. When two 3.6 kg. cartridges for Model material and two for Support are inserted, the Eden500V can run for up to 72 hours of continuous unattended printing. That’s a full weekend of productivity, without weekend operator costs.
Key Benefits
Outstanding model surfaces and fine details
Horizontal layers of 16µ (0.0006”)
The highest resolution in the market, with identical X&Y resolution of 600 dpi; enables models with fine features in Y direction with no loss of speed
Eliminates the stair effect common to complicated curved surfaces built in lower resolution
Produces ultra-fine details usually only available with high-cost systems
Thin walls down to 0.6mm (0.024”)
Super-high productivity
Up to 20mm/hour/strip
Easy switching between High Quality and High Speed printing modes.
Full weekend unattended operation, using Jumbo materials cartridges (approx. 72 hours of non-stop build capacity)
Clean, smooth surfaces
Easy-to-remove support material enables sophisticated geometries at any angle
Delivers smooth exterior and interior surfaces, including cavities, without the remnants characteristic of rigid support structures
Eliminates finishing and post-build processing
Wide range of model sizes & types
Large build size for standard 3-dimensional printing systems – up to 50 x 40 x 20cm (19.3 x 15.4 x 7.9”)
Flexibility to efficiently produce many smaller models in the same build, or larger models in a single build, without gluing, saves time and money
Supports all FullCure materials (Transparent, Vero and Tango, and FullCure Support)
Future-ready with built-in infrastructure for additional model materials
Ideal for office environments
Small footprint
Safe, clean, office-friendly process
Uses environmentally stable, fully cured materials,
Resins are supplied in sealed, ready-to-load cartridges, requiring no contact
Easy management & maintenance
SHR™ (Single Head Replacement) enables easy, in-house replacement of individual jetting heads
PolyLog™ built-in materials management system facilitates production control and permits optimization of production management
>>>
View the product on 2objet.com
Objet Geometries
DURABILITY TESTING SOLUTIONS - TECWARE ADVANCED FATIGUE LIFE PREDICTION
LMS TecWare Advanced Fatigue Life Prediction extends LMS TecWare with more advanced approaches for fatigue life prediction. It allows you to evaluate the impact of proportional and non-proportional
constant and variable amplitude cycles on the components fatigue performance.
LMS TecWare’s efficient data import, load data cleaning and validation tools combined with dedicated strain gauge rosette analysis tools efficiently prepare the data for experimental fatigue life prediction.
The pseudo-damage model (basic stress-life approach with Woehler life curve and Miner’s elementary accumulation rule) as included in LMS TecWare Load Data Processing is typically used for relative assessment of dynamic loading scenarios. LMS TecWare Advanced Fatigue Life Prediction extends this stress-life based approach with different mean-stress correction models, surface correction and notch factors resulting in an accurate fatigue life estimate for high-cycle fatigue. It also includes the strain-life approach which takes into account local plasticity effects for evaluation of low-cycle fatigue. Both stress-life and strain-life make use of the LMS FALANCS solver – also used by LMS Virtual.Lab Durability. As such, the correlation of results between Test and CAE is facilitated, thus improving the accuracy of both processes and providing a basis for improved integration.
LMS TecWare Advanced Fatigue Life Prediction enables you to conduct a wide range of design sensitivity studies such as the variability of loading, materials, surface conditions and local geometry – and as such optimize your components’ fatigue performance. Through the LMS TecWare Batch based templates you can automate repetitive tasks and generate summary MS Word or html based reports.
Features:
* Stress-life approach (stress-life curves, different damage accumulation rules, different mean-stress correction models)
* Strain-life approach
* Loading based on rainflow matrices, time histories, measured strains
* Dedicated strain gauge rosette analysis tools
* Detailed result presentation
* Interactive and batch mode
* Multi-platform PC and UNIX
* Material property and solution parameter databases shared between FE and Test applications
Benefits:
* Fast and accurate fatigue life prediction based on experimental data
* Correlation of results between Test and CAE
Solution Pack Content:
* LMS TecWare Load Data Processing
* LMS FALANCS Stress&Strain
Solution Pack Options:
LMS TecWare Time Data Interface (EDAS, IBMI2, Micro Music FAMOS, MTS RPCIII, nCode .DAC, PIAS)
>>>
View the product on amesim.com
IMAGINE INVESTISSEMENTS
