Capabilities Overview. Advanced Technology, Manufacturing, and Engineering

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2 Capabilities Overview Advanced Technology, Manufacturing, and Engineering

3 The VP Advantage The Visser difference is made possible by Who We Are We are a Solutions Partner What We Do We work with You from Start to Finish The Right Fit We work with You to find the right materials, budget, and process. The Right Fit! Employer of Choice Integrity First Excellence in All We Do Personal Growth & Financial Stability Supplier of Choice Service: Exceed Expectations Empower the TEAM Embody the CULTURE Collaborative Effort & Environment Invest in People, Process and Equipment Best Total Solution Provide Disruptive Technologies Part to Print Capability Risk Mitigation; not just Part Quality Continuous Process Improvement 2

4 Solutions Partner We are a Solutions Partner Project collaboration is the biggest part of being a partner Helping our partners create a final product with technologies they may not otherwise have exposure to Rapid turnaround times We support a program & don t just build parts By employing a range of technologies we can offer an objective view of the most appropriate solution Our definition of success is helping our partners dominate their market 3

5 The Right Fit The Right Fit is more than the relationship. We work with our PARTNERS to find the right materials, budget, and process, along with providing a finished product. From start to finish, we will find the Right Fit Amorphous Casting Amorphous Alloy Injection Molding, also known as amorphous metal casting, is Unlike other metal injection molding or injection molding processes, Amorphous Alloy parts come out of the mold in a useable state and does not require expensive sintering or binder removal techniques. Additive Mfg. Direct Metal Laser Sintering (DMLS) is a manufacturing technology that uses a fiber optic laser to fuse together layers of metal powder. The parts are "grown" additively, layer by layer, to create fully dense, complex parts within hours directly from 3D CAD geometry. Precision Machining Our parts are manufactured on well-maintained, high accuracy machines in our temperature controlled Denver, Colorado facility. We believe that quality control is an integral part of production. Our processes are designed around the utilization of statistical controls. 4

6 Technologies Overview Manufacturing Solutions that aren't One-Dimensional

7 Amorphous Metal Casting Complex Geometries in High Volumes

8 Amorphous Metal Casting Amorphous Metal Casting, also known as Bulk Metallic Glass (BMG), is capable of producing complex geometries in high volumes using multi-cavity tooling and a proprietary robust low cycle time process. Our most common alloys are Zirconium-based. American made by Materion, a global leader in performance alloys. The advantages of Amorphous Metal Casting Amorphous metal parts come out of the mold in a useable state and do not require expensive sintering binder removal or stress relieving Cast tolerances can easily be +/ Extremely limited shrinkage (roughly 0.2%) Almost-optical level as cast surface finish Unparalleled elasticity with hardness comparable to tool steel (54c) 1.46 times the strength to weight of titanium Salt spray tested corrosion resistance comparable to 300 series stainless steel 7

9 Amorphous Metal Casting 8

10 Additive Manufacturing Fusing Together Layers of Metal Powder

11 Additive Manufacturing Direct Metal Laser Sintering (DMLS) is a technology that uses a fiber optic laser to fuse together layers of metal powder. The parts are built up or grown additively, layer by layer, to create a dense end product. Depending on the application, there are recommended options for material condition: Stress-relief, Solution Heat Treat Hot Isostatic Pressing (HIP) The correct combination of conditioning strategies coupled with the correct build strategy can bring material properties to a high of 96% dense compared to billet form Materials Tool Steel Cobalt Chrome Ti-64 Casting Grade Aluminum Inconel 17-4 SS Alloy development Visser Advantages Part to print & risk mitigation Interchanged sub straights Increased build volume Smart part dumb part build options Non-destructive part testing & qualification EOS - M280 M290 M400 10

12 Precision Machining Highly Accurate DMG and Makino 5+ Axis Machines

13 Visser Precision is much more than a conventional machine shop. We tackle the difficult alloys All machine tools are highly accurate DMG and Makino 5+ axis machines All tooling is preset and balanced offline prior to program run All tool path is simulated, then the simulated results are compared to models All jobs are palletized for in-process inspection capabilities Precision Machining We employ Erowa automation to increase spindle on-time and decrease the need for additional operators 12

14 Proof is in the Details We Take Precision Seriously, it s in our Name

15 Testing, Testing, Testing Advanced manufacturing capabilities require advanced inspection. Quality and inspection are key to advanced manufacturing and advanced metrology and inspection capability set Visser Precision above its competition. Developing and commercializing an advanced manufacturing process as complex as amorphous metal casting required significant investment in material inspection equipment. Our investment has also proven to complement powder-based processes like our additive manufacturing program. Our ability to dissect completed builds, and understand part densities from both cast and additive processes is second to none. Even more critical to the additive process, we are able to inspect powder size and shape from lot to lot before builds begin. Lastly, our MTS test rig allows us not only to qualify and compare batches of cast parts but also preform destructive test to additive build plate coupons. 14

16 Class 100,000 Laboratory Providing Piece of Mind with Top-Level Quality Inspections

17 Total Quality Management No advanced manufacturing solution is complete without the support of a true Quality System. Our quality management system is constantly under internal review to ensure it supports the business but does not become a costly bureaucratic nightmare Projects within VP are driven by our strict quality systems with a focus on continuous process improvement VP is currently ISO13485 certified and AS9100 compliant and has a target certification date of Q12016 A class 100,000 inspection lab provides piece of mind to our partners we can do top-level quality inspections on everything we make. Coupled with our materials inspection capability, this lets us guarantee quality even on the most complex projects 16

18 Equipment Capabilities 1 x Engel 110T E-motion Liquidmetal Casting Machine 4 x VPC 120T Amorphous Metal Casting Machines 1 x Mach 3 Flow Water Jet 6 x 10 2 x HSC 75 Linear Dekel Maho 5 axis machining center w/ Eroa automation 2 x DMU 50 evo DMG 5 axis machining center 1 x DMC 70v 3 axis gantry style machining center 2 x 12 x 18 CNC Okamoto surface grinders 2 x 6 x 8 Okamoto tool room grinders 1 x CTX 410 Gildemeister CNC Lathe w/ live tooling 1 x GMX 200 Linear Gildemeister CNC TurnMill 1 x Makino V22 micro milling center w/ 40K spindle 1 x Makino EDAF 3 Ram EDM with powder burn technology 1 x Makino DUO 43 Wire EDM 1 x EOS M280 DMLS Additive Machine 3 x EOS M290 DMLS Additive Machine 1 x EOS M400 DMLS Additive Machine 1 x Aggie ROBO Drill 20 1 x Hemel Engineerin DCC in process CMM with Renishaw probe 1 x Class 100,000 inspection Lab with Zeiss Prismo Navigator CMM 1 x Materials inspection lab complete with Nikon Material Microscope Solid Works pro w/ Full FEA Magis Support Construct JobBoss ERP/MRP shop control Zeiss Colypso inspection software MatLab solver Mathmatica DelCAM Power Mill DelCAM Feature CAM DelCAM Machine Tool Simulation DelCAM Power Inspect MasterCAM X 3+2 CAM package 17

19 Case Studies Proven Solutions for Complicated Tasks

20 Casting for Tomorrow Complex geometries, rapid prototyping and mass production made simple. Simple or Complex, the possibilities within amorphous technologies are wide open to the imagination Multi cavitation Production and prototype tooling In house mold making and engineering Slides, lifters, interchangeable inserts, Design considerations based on mold flow analysis software results 19

21 Complex Geometries Made Simple Proprietary amorphous technology provides access to revolutionize solutions When choosing BMG s as a potential manufacturing solution, it s important to break desired target into 1 of 2 categories: Material properties are going to provide a unique solution The manufacturing process is going to provide the unique solution 20

22 Machined Complexities Complicated forms are possible with 5-Axis machining. Creating near-impossible angles from solid metal has never been more efficient This one of a kind part was machined from 6061aluminum in 2 setups. Reduced weight Maintain form and function Rapid turn around time 21

23 Additive Parts for Complex Applications DLMS allows for complex applications in a single part. The finished product has been finish machined and ready for use. This part is an example of quickly producing a replacement casting that is no longer available. Reverse engineering capabilities Mesh editing and.stl manipulation 22

24 Form & Function Honeycomb with the strength needed to get the job done. A simple example to compare weight reduction within a part, without compromising strength and stiffness Solid-120g Honeycomb-40g 23

25 Smart & Dumb Parts Combined Combining standard parts with additive components is not only possible, it is effective. Adding complex components to simple parts saves time, energy and most importantly costs Reduce machine time Decrease cost per part Ability to repair existing parts Ability to increase feature complexity where needed 24

26 Size and Weight Reductions Practical needs meet enhanced solutions: Built for our Furniture Row Racing, this part cuts out unneeded steps, components and more. Eliminates risk of leaks Reduced weight by 22% Cost savings over conventional machining and welding Part reduction The parts shown are the traditional manufactured part (left) side by side with the replacement part (right) which was created using DMLS additive manufacturing. 25

27 Outperforming the Competition Parts to revolutionize racing are just one step taken to lead the way for high performance manufacturing. Built for our Furniture Row Racing partnership, this part cuts out extra steps, components and more The conventional component was a weldment comprised of 3 separate parts; the hub shaft, the steering arm and the upright. The monolithic replacement reduced weight by 5% while improving stiffness by 20% 26

28 Material Substitution Todays material options. SupremEx has proven to be a great replacement for challenging alloys and even composites. Offering some of the following benefits: Reduced processing costs Reduced weight Improved material properties Substitution potentials Carbon Fiber Be based alloys Titanium Aluminum The parts shown depict a SupremEx replacement for a conventional titanium build. While the stiffness was maintained the weight was reduced by 33% with costs also reduced by 28%. Ti g SupremEx 164g 27

29 Creating Our Own Solutions Some solutions require creating our own answers. When the need arises, we craft our own solutions to complex problems which at times can be just a piece to the larger puzzle This part was fully machined in 2 setups. Increased feature accuracy Reduce errors Decrease machine setup time 28

30 Creating Our Own Solutions Another piece of the puzzle. We are experienced in jumping difficult hurdles. Some projects require us to develop tools outside current applications and possibilities. This part, machined from billet stainless steel, was produced to maintain high accuracy for a complex machine system where compound alignments are ultra critical 29

31 Conclusion Your Manufacturing Solutions Partner

32 One Team = Superior Solutions A True Partnership Proactive Solutions Through an Engineering Approach Unmatched Capabilities in Advanced Manufacturing and Management Willingness and Desire to Invest Long-term Collaborative Perspective Relevant, Recent & Positive Past Performance Reduced Time-to-Market Rapid Project Development 31

33 Contact Us Visser Precision office fax 6275 East 39th Avenue Denver, CO VisserPrecision.com 32

34 Thank You Visser Precision, Your Solutions Partner