New Product: Raptor 3D Printer from 3DCeram Sinto Tiwari

Sinto Tiwari

 

Spectra Research Corporation (S.R.C.) is pleased to announce a new product offering, Raptor 3D Printer for Fused Filament Fabrication (F.F.F.) 3D printing for metals and ceramics. Earlier this year, Ceramic S.L.A. market leader 3DCeram Sinto became a significant shareholder of Tiwari Scientific Instruments, a German space and industrial research start-up. This acquisition led to their rebranding as 3DCeram Sinto Tiwari.
Raptor 3D

The Raptor 3D Printer, supplied by 3DCeram Sinto Tiwari, is suitable for the cost-effective production of ceramic and metal parts using F.F.F. The process uses specially fabricated bound metal or ceramic filaments shaped into your desired geometry. The printed parts may then be machined to include further details and improve the finish. They can then be heat-treated at high temperatures to eliminate the binder and sintered parts. The Raptor 3D printer yields metal and ceramic parts with a relative density of over 99%.

3DCeram Sinto Tiwari’s printers currently support metals including Copper, Stainless Steel (316L & 17-4PH), and Titanium (Ti6Al4V). The ceramics they support include Alumina (Al2O3), Silicon Carbide (SiC), Silicon Nitride (Si3N4), Tungsten Carbide-Cobalt (WC-Co), Zirconia (ZrO2) and Molybdenum disilicide (MoSi2).

This new acquisition aims for 3DCeram Sinto to offer to integrate the F.F.F. technology into their operations to work with some of the most advanced ceramic and metal materials. The purchase is part of a Sinto group development program titled Multi Advanced Technologies (M.A.T.), which intends to provide a new type of additive and intelligent manufacturing organized in digital networks. The program aims to respond to the imperatives of ecology, sustainable development, and precision by offering a new way of considering the production of parts. 

Contact Us

S.R.C. continues to offer our customers a range of innovative, high-quality scientific products and laboratory services throughout Canada for industrial and scientific markets. For more information about 3DCeram Sinto Tiwari or using their Raptor 3D Printer for metal and ceramics fabrication in manufacturing or R&D, please contact a member of our staff.

New Product: Heidelberg Instruments’ MPO 100

Spectra Research Corporation (SRC) is pleased to announce a new product offering, MPO 100, A multi-user tool for 3D Lithography and 3D Microprinting from Heidelberg instruments.

 

Heidelberg instruments, an SRC supplier, is headquartered in Germany. They have been a world leader in developing and producing high-precision photolithography systems, maskless aligners, and nanofabrication tools for over 35 years. The MPO 100 is a Two-Photo Polymerization (TPP) multi-user tool for 3D Lithography and 3D Microprinting of microstructures with applications in Optics, Photonics, Mechanics, and Biomedical Engineering. It includes a powerful femtosecond laser system operating at a wavelength of 522 nm, enabling efficient and high-speed processing of many commercially available systems. As many photoresists exhibit high sensitivity at the 522nm TPP wavelength, the MPO 100 is an ideal tool for research and development to produce new material systems.
SRC | 3D Lithography and Micro-Printing
Unique features of the MPO 100:
  • Printing height of over 1cm
  • Surface quality: smooth surfaces down to 10nm
  • High resolutions print: features sizes smaller than 100 nm
  • High-speed 3D microfabrication: Scan Speeds over 1000 mm/s
  • Temperature-controlled flow box to ± 0.1 °C with ISO4 environment
  • Application-specific write modes enable fast and easy switching between 3D Lithography and 3D Microprinting.
  • A synchronized scanning system enables stitching-free fabrication
  • Various exposure and write modes tailored to the specific applications
  • High-speed processing of ORMOCER®s (hybrid polymers) and other photoresists

The MPO 100 includes a powerful femtosecond laser system operating at a wavelength of 522 nm, enabling efficient and high-speed processing of many commercially available polymer systems.

The scanning system of the MPO 100 consists of high-performance, frictionless air-bearing stages synchronized with the high-speed galvo scanner. This enables a simultaneous movement of the sample and a deflection of the laser spot, thereby expanding the scan field (Field-of-View, FoV) of the microscope objective to the entire print area of 100 mm x 100 mm and thus providing the capability of stitching-free fabrication (infinite FoV).

Software

The MPO 100 includes the software package of LithoStream and LithoSoft3D as standard.

LithoStream is the MPO 100 control software. It provides unique features like printing time estimation, triangulation, process camera, alignment, print job creator, and application programming interface (API). Printing parameters can be saved into a database, and printing recipes can be loaded.

LithoSoft3D is code preparation software. It includes powerful modules to handle and process application-specific design formats such as stl- or bitmap files with advanced stitching options. Depending on the user‘s requirements, different trajectory models can be chosen, like a full volume scan, contour scan, or the combined contour hatch scan, as well as the LCON3D (real 3D Laser CONtouring).

About Heidelberg Instruments

Having over 35 years of experience and more than 1,200 systems installed worldwide, Heidelberg Instruments provides lithography solutions specifically tailored to meet all your micro- and Nanofabrication requirements, no matter how challenging.

To remain at the forefront of their industry, they continuously expand their vast knowledge in Micro- and Nanofabrication and work to advance their specialized engineering skills in mechanics, electronics, optics, and software. This combined unique expertise enables them to develop exclusive solutions that outperform conventional lithography machinery and empower customers.

Contact

SRC continues to offer our customers a range of innovative, high-quality scientific products and laboratory services for industrial and scientific marketing throughout Canada. For more information about the MPO 100 and how it can best serve your goals, we encourage you to reach out to a member of our staff.

3D Ceramic Printing

The world of 3D Ceramic Printing has come a long way since the 1980s when it was considered suitable only for the production of functional or aesthetic prototypes, and a more appropriate term for it at the time was “rapid prototyping”. Today, the the precision, repeatability, and material range of 3D printing have increased to the point that some 3D printing processes are considered viable as an industrial-production technology, whereby the term “additive manufacturing” can be used synonymously with 3D printing.

Applications of 3D ceramic printing

In this article we are going to look at 3D printing—or additive manufacturing if you will—using ceramic materials for the following applications:

1) Production of ceramic foundry cores;

2) Optimization of optical instrumentation.

Types of ceramics used in 3D printing

Before we get too far into the weeds with the two applications highlighted above, let’s briefly have a look at the types of ceramics used in 3D printing. Generally speaking, the qualities of ceramic materials are: high strength, high dimensional stability (low coefficient of thermal expansion), low density, high resistance to abrasion and corrosion, and exceptional chemical stability. There is a variety of ceramic materials used in 3D printing, which are categorized into:

  • Oxide ceramics: alumina, zirconia, silicore, alumina-toughened zirconia, cordierite, 8 mol% yttria-stabilized zirconia, silice SiO2, hydroxyapatite/TCP, and tricalcium phosphate;
  • Non-oxide ceramics: silicon nitride and aluminum nitride.

3D Ceram Sinto, a leader in the world of 3D ceramic printing, offers a full range of ready-to-use ceramic pastes for use with their CERAMAKER printers. Naturally, they advise their customers on the critical issue of the ceramic paste best suited to the application at hand, but can also create ceramic paste formulations according to specifications provided by their customers.

3D Ceramic Printing

3D Ceram ceramic paste

 

3D printing of ceramic foundry cores

3D printing of ceramic foundry cores

 

Foundry cores are integral to the production of turbine blades for aviation, aero-derivative and land-based gas turbines. Up to now manufacturing cores has been a time- and labour intensive process. Today, in an effort to lower fuel consumption, improve turbine efficiency and decrease engine emissions, core designs are becoming increasingly complex. Making a complex, porous ceramic foundry core using conventional manufacturing processes involves making the core in several pieces and then assembling them manually. The likelihood of a problem occurring in this process is considerable, resulting in wasted time and materials—and excessively high costs.

Some of the constraints applied to core production:

  • Dimensional accuracy +/- 0.1 mm
  • Structural strength
  • Surface roughness
  • Material porosity

Additive manufacturing brings a new dimension to conventional industrial processes, allowing all of these elements to be controlled. In addition to saving time and materials and increasing productivity in the production of ceramic foundry cores, the technology delivers the following benefits:

  • Design flexibility
  • Possibility of more core complexity
  • Quick creation of new designs
  • Better responsiveness and productivity
  • Increased profitability
  • Maintenance of core strength

3D printing of optical instruments

3D printing of optical instruments

 

3D printing is one of the key technologies for devising innovative solutions contributing to the optimization of optical instruments, such as a plane mirror for a front-end laser engine (galvo-mirror for high-energy laser application). 3D printing can greatly enhance the design and manufacturing of the optical substrate of such an instrument.

3D printing

Two types of mirror

 

The use of additive manufacturing for the production of optical instruments has the following benefits:

  • Parts are lighter because they feature more complex designs that incorporate holes and semi-closed structures
  • Lead time is reduced as there is no need to manufacture and then lighten by machining a first draft
  • Less ceramic is used, which reduces costs
  • New, more complex and disruptive designs are possible
  • New functions such as internal channels, electrical tracks and feedthroughs can be incorporated.

optical instruments

As a result of new additive manufacturing technology, optical substrates and mirrors can now be more compact, thus allowing for additional functions while still keeping volume and mass low.

Industrial 3D ceramic printers

We’ve touched on the ceramic pastes used in 3D ceramic printing and must do likewise with 3D ceramic printers. The number of ceramic 3D printers on the market has increased steadily in recent years and many industrial solutions are now available. Indeed, more manufacturers are offering professional solutions, capable of designing high-quality parts with increasing speed.

3DCeram Sinto is undoubtedly one of the historical players in ceramic additive manufacturing and has developed a professional range based on a stereolithography process. 3D Ceram Sinto’s CERAMAKER 3D printer family has the widest range and most

practical printing platforms of any company in the market, ranging from the C100 (100 x 100 x 150 mm) to the C3600 (300 x 300 x 100 mm). Taking shrinkage into account, you can produce parts with dimensions up to Ø500 mm  with the CERAMAKER C3600.

Industrial 3D ceramic printers

 

PHI WEBINAR SERIES: Applications of TOF-SIMS Tandem MS Imaging for Industrial Problem Solving

 

Register for Applications of TOF-SIMS Tandem MS Imaging for Industrial Problem Solving
Event status: Not started (Register)
Date and time:
Thursday, September 27, 2018 10:00 am
Central Daylight Time (Chicago, GMT-05:00)
Change time zone
Duration:
1 hour
Description:
Time-of-Flight Secondary Ion Mass Spectrometry (TOF-SIMS) is a powerful analytical technique with submicron spatial resolution, ppm sensitivity, and the ability to detect both elemental and molecular species on surfaces. One limitation of TOF-SIMS is that spectra are often difficult to interpret, especially for real-world industrial samples that have a complex mixture of chemicals on the surface. The TOF-SIMS spectrum contains the fragmentation pattern of all the different molecular species on the surface added together. The recent development of parallel imaging MS/MS has greatly simplified the interpretation of TOF-SIMS spectra. By selecting a single precursor ion from the complex TOF-SIMS spectrum and fragmenting it by collision induced dissociation (CID), the clean and unique fragmentation pattern makes identification easy. Several industrial applications will be discussed that demonstrate how MS/MS greatly extends the analytical capability of the TOF-SIMS technique.
nanoTof

 

 Spectra Research Corporation (SRC

RISE -The Complete Picture of Material Properties: Correlative Raman-SEM Imaging

WITec GmbH

Webinar presented by Dr. Ute Schmidt – Applications Manager at WITec GmbH

SCHEDULED TIME : Nov 14 2017 10:00 am

DURATION  : 60 mins

FREE TO REGISTER

RISE – Raman Imaging and Scanning Electron – microscopy is a correlative approach that combines molecular and ultrastructural analysis. With this hybrid technique, information on the chemical composition of a sample provided by the optical Raman microscope is overlaid onto structural features imaged with a high resolution scanning electron microscope. Both methods can be controlled with software and the correlation carried out while the sample remains under vacuum. The integration of both techniques within a single instrument eliminates the necessity of manually locating the same measurement position, a notoriously time-consuming process with separate instruments.

In this webinar, the principles of state-of-the-art confocal Raman imaging as a tool for the analysis of molecular characteristics of a sample will be presented, then the manner in which this information can be linked to structural information acquired with scanning electron microscopy will be demonstrated. The advantages of seamless correlative investigation will be described and shown with several examples.

 

Nanosurf webshop: Benefit from Launch Discounts

Nanosurf launches webshop for AFM accessories and more nanosurf-webshop-benefit-launch-discounts

Dear Customer’s,

Nanosurf’s newly launched webshop features a full range of accessories, including

  • Nanosurf cantilevers (webshop special: 10% discount for first 50 orders)
  • Accessories
  • Mode kits
  • Samples
  • Nanosurf software options (webshop introduction special: 50% discount until end of November)

Intuitive filtering options make it easy to find what you are looking for, and to be sure it is compatible with your Nanosurf AFM system.

 

We currently deliver to the US, Canada, and most of Europe* and will expand in the future. Customers in other countries can select items to obtain an offer from one of our local partners.
10% discount on Nanosurf cantilevers

Special limited webshop launch promotion: to welcome you to the webshop, we are offering a 10% discount to the first 50 customers to place an order for our cantilevers online.

BT06865

Dyn190Al-10

BT06866

Stat0.2LAuD-10

 

Software options at half price for limited time

Take this unique opportunity to upgrade your system — choose the software options that elevate your AFM system to the next level. Discounted software options include:

The offer is valid until November 30, 2017.

 

Raman imaging meets cells and nanomaterials – New perspectives in 3D chemical characterization

WITec Seminar and Workshop

Thursday, October 5 2017
8AM PDT | 11AM EDT | 4PM BST | 5PM CEST
If you’ve already registered, please click here to log in to the webcast.

Spectra Research Corporation (SRC) is pleased to announce an upcoming webcast which will offer a comprehensive overview of the technology and methods of confocal Raman microscopy including 3D correlative Raman imaging integrated with SEM or AFM.

This powerful and increasingly common technique can characterize the components of a sample by looking at the unique “fingerprint” its molecular bonds show as they scatter light. We aim to convey its capability and versatility while making it more accessible. Application examples will focus on cell and tissue research, diagnostics, pharmaceutics and materials science. The non-destructive, label-free and convenient nature of Raman microscopy will be emphasized, showing how samples can be rapidly investigated without specialized, if any, sample preparation. The intuitive software routines for post-processing and data evaluation will also be described, along with the advantages of correlative techniques for structural and molecular analysis. There will be a short introduction from WITec followed by a presentation by Professor Dr. Klaus Gerwert, Chair of the Department of Biophysics at Ruhr-University Bochum, who will present specific approaches and application examples.

During this webcast you will learn/the speakers will address:

  • The theoretical basis and associated hardware and software related to confocal Raman microscopy
  • Possibilities for Raman investigations including several application examples from various fields
  • Correlative Raman imaging and the value of seeing a sample with different methods to understand in more completely

The webcast will last for 60 minutes and there will be an opportunity to ask your questions during the live broadcast!
Unable to join the live event? Watch on-demand. Register now to ensure that you receive information on how to gain access after the live event.

Speakers

Dr. Klaus Gerwert, Ruhr-University Bochum

Dr. Klaus Gerwert, Ruhr-University Bochum

Dr. Gerwert is the head of the Biophysics Department at Ruhr-University, Bochum, Germany. His works investigates structures, functions and interactions of membrane proteins at multiple scales combining time-resolved vibrational spectroscopy with biomolecular simulations. As spokesman of the translational consortium PURE at Ruhr-University he is concerned with vibrational imaging of cells and tissues to identify diseases.

Dr. David Steinmetz, WITec GmbH

Dr. David Steinmetz, WITec GmbH

Dr. Steinmetz obtained a Physics PhD from the Quantum Optics group of Prof. Dr. Christoph Becher at the University of Saarland in Saarbruecken, Germany. His work there was on single-photon sources based on single defect centers in solids. He joined WITec in 2011 and has been Director of Applications & Support since 2017.

Dr Jayshan Carpen, Nature Research

Moderator: Dr Jayshan Carpen, Nature Research

Jayshan received his PhD in neurogenetics from the University of Surrey, UK. His doctoral thesis focused on identifying polymorphisms associated with diurnal preference and circadian sleep disorders. Jayshan worked as an events coordinator at the Royal Institution of Great Britain before moving to his current role in 2013 for Nature Research.

 

Basic Seminar on Applied Rheology – Maximize your test methods at our factory seminar!

Get the most from your rheology software and test methods.
Learn how at our seminar on Applied Rheology.

Are your rheological test methods as good as they can be? Find out at our informative seminar. Plus find out how to improve, simplify and standardize methods, data evaluation and documentation.

Book 1, 2 or three of these day-long seminar modules:

  • Module 1: Basics of rheology and rotational testing (Day 1 of seminar)
  • Module 2: Thermo Scientific™ HAAKE™ RheoWin™ rheology software (Day 2 of seminar)
  • Module 3: Viscoelasticity, creep and oscillatory testing (Day 3 of seminar).

For dates, languages (English or German), pricing and information about the seminar location in Germany, view the registration page.

 

Spectra Research Corporation

Address

5805 Kennedy Rd
L4Z 2G3 Mississauga
Ontario
Canada

 

 

 

WITec’s TrueSurface Microscopy and Operating Suite FIVE

WITec’s TrueSurface Microscopy and Operating Suite FIVE

Mississauga, ON August 31st, 2017 – Renowned for delivering to our customers the latest scientific instruments from leading international brands, Spectra Research Corporation (SRC) proudly profiles TrueSurface Microscopy and Suite FIVE from WITec.

WITec’s award-winning TrueSurface Microscopy allows confocal Raman imaging along heavily inclined or very rough samples with the surface held in constant focus while maintaining the highest confocality. The core element of this revolutionary imaging mode is an integrated sensor for optical profilometry. It is directly installed at the microscope turret, which facilitates user-friendly and convenient operation.

WITec presents a new operating concept with the powerful and intuitive Suite FIVE. Sophisticated features and hands-on control transform the user experience, enabling the researcher to move from setup to results with unprecedented ease. Suite FIVE provides an integrated tool for data acquisition, evaluation and post-processing that enables researchers to quickly extract key information from their experiments. All Raman, AFM, SNOM and WITec correlative microscopy measurement modes are supported.

For more information:
Paul Greenwood
President – Spectra Research Corporation
5805 Kennedy Road, Mississauga, ON L4Z 2G3
Toll Free: 1-866-753-4433.

CoreAFM system well received by customers around the globe

Nanosurf’s new research AFM system, the CoreAFM, is going into operation at customer sites around the globe. The first researchers to use the highly versatile CoreAFM are based in the USA and Germany. Deliveries are also being made to Argentina, Ecuador, and China.

These customers appreciate the compact design and attractive pricing. The powerful benchtop system with a multitude of modes allows them to perform all kinds of measurements, facilitated by interchangeable accessories and mode kits.

Powerful and versatile
Next to standard imaging, you can perform MFM, EFM, PFM, KPFM, C-AFM, EC-AFM, Bio-AFM, SThM, lithography and advanced spectroscopy including stiffness maps, as well as FluidFM™ based experiments.

 

Thanks to the integrated active vibration isolation table, your images will be clean and clear – further enhanced by the innovative Spike-Guard system that automatically catches environmental perturbations, and rescans the affected line.

To find out more about the CoreAFM, view the product page on the Nanosurf website, or for specific questions, contact us directly.

 

WITec Raman Microscopy Workshop

WITec Seminar and Workshop

Workshop on Applications of 3D Confocal Raman and Correlative Techniques for in vivo and in vitro Studies

University of Guelph

Tuesday 15th of August 2017
Room GFTC 24, Food Science Building
465 Gordon Street, Guelph, Ontario

WITec Raman Microscopy WorkshopSpectra Research Corporation (SRC) is pleased to announce an upcoming workshop on Applications of 3D confocal Raman and correlative techniques for in vivo and in vitro Studies. The workshop will include the following:

  • Introduction to Correlative 3D Raman Imaging
  • A New Approach for High Speed, High Lateral, and Spectral Resolution in Raman Imaging
  • Live instrument demonstration
  • And a complimentary lunch provided by WITec and SRC

Who Should Attend

Those interested in and/or experienced in Raman microscopy, including scientists and researchers from material sciences, life sciences, pharma, and related fields.

Register Now