3-Dimensional Services Group provides prototype and low-volume manufacturing services across multiple facilities totaling 200,000 square feet. They specialize in metal stampings, plastic injection molding and casting, robotic welding, and sheet metal stamping. Scott Duffie can be contacted as the senior sales engineer at (248) 310-6304 or scott@3dimensional.com.
If you don't mind i want to introduce myself brevity.
I am work for Brush Company,We can supply Escalator Skirt Brush which pass the UL-94V0 certification for your company, especially,they both have High Quality&Low Price .
If you any interest.i will send our product catalog or some sample to you.
Pls Contact with me : aoqun.ocean@gmail.com
Regards
A short introduction to 3D Printing (rapid prototyping / additive manufacturing) techniques. Made as an introduction for the DhubFab and FabLabBarcelona students.
IJRET : International Journal of Research in Engineering and Technology is an international peer reviewed, online journal published by eSAT Publishing House for the enhancement of research in various disciplines of Engineering and Technology. The aim and scope of the journal is to provide an academic medium and an important reference for the advancement and dissemination of research results that support high-level learning, teaching and research in the fields of Engineering and Technology. We bring together Scientists, Academician, Field Engineers, Scholars and Students of related fields of Engineering and Technology.
Additive Manufacturing (2.008x Lecture Slides)A. John Hart
Slides accompanying 2.008x* video module on Additive Manufacturing, Prof. John Hart, MIT, 2016.
*Fundamentals of Manufacturing Processes on edX: https://www.edx.org/course/fundamentals-manufacturing-processes-mitx-2-008x
If you don't mind i want to introduce myself brevity.
I am work for Brush Company,We can supply Escalator Skirt Brush which pass the UL-94V0 certification for your company, especially,they both have High Quality&Low Price .
If you any interest.i will send our product catalog or some sample to you.
Pls Contact with me : aoqun.ocean@gmail.com
Regards
A short introduction to 3D Printing (rapid prototyping / additive manufacturing) techniques. Made as an introduction for the DhubFab and FabLabBarcelona students.
IJRET : International Journal of Research in Engineering and Technology is an international peer reviewed, online journal published by eSAT Publishing House for the enhancement of research in various disciplines of Engineering and Technology. The aim and scope of the journal is to provide an academic medium and an important reference for the advancement and dissemination of research results that support high-level learning, teaching and research in the fields of Engineering and Technology. We bring together Scientists, Academician, Field Engineers, Scholars and Students of related fields of Engineering and Technology.
Additive Manufacturing (2.008x Lecture Slides)A. John Hart
Slides accompanying 2.008x* video module on Additive Manufacturing, Prof. John Hart, MIT, 2016.
*Fundamentals of Manufacturing Processes on edX: https://www.edx.org/course/fundamentals-manufacturing-processes-mitx-2-008x
This slide describes two essential elements in machining operations:
cutting-tool materials and cutting fluids.
° The slide opens with a discussion of the types and characteristics of cutting tool materials.
° The properties and applications of high-speed steels, carbides, ceramics, cubic boron nitride, diamond, and coated tools are described in detail.
The types of cutting fluids in common use are then described, including their functions and how they affect the machining operation.
° Trends in near-dry and dry machining are also discussed, and their importance with respect to environmentally friendly machining operations are explained.
The selection of cutting-tool materials for a particular application is among the most important factors in machining operations, just as the selection of mold and die
materials was critical for forming and shaping processes . We will discuss throughout this slide the relevant properties and performance characteristics of all major types of cutting-tool materials, which will help us in tool selection.
However, as it will become apparent, the complex nature of this subject does not always render itself to the determination of appropriate tool materials; hence, we also must rely on general guidelines and recommendations that have been accumulated in industry over many years.More detailed information on tool material recommendations for specific workpiece materials and machining operations will be presented.
As noted, the cutting tool is subjected to
(a) high temperatures,
(b) high contact stresses, and
(c) rubbing along the tool-chip interface and along the machined surface.
Consequently, the cutting-tool material must possess the following characteristics:
° Hot hardness, so that the hardness, strength, and wear resistance of the tool are maintained at the temperatures encountered in machining operations. This property ensures that the tool does not undergo any plastic deformation and thus retains its shape and sharpness.
Toughness and impact strength (or mechanical shock resistance), so that impact forces on the tool that are encountered repeatedly in interrupted cutting operation (such as milling and turning a splined shaft on a lathe) or forces due to vibration and chatter during machining do not chip or fracture the tool.
Thermal shock resistance, to withstand the rapid temperature cycling encountered in interrupted cutting.
Wear resistance, so that an acceptable tool life is obtained before replacement is necessary.
Chemical stability and inertness with respect to the material being machined, to avoid or minimize any adverse reactions, adhesion, and tool-chip diffusion that would contribute to tool wear.
Variation and Quality (2.008x Lecture Slides)A. John Hart
Slides accompanying 2.008x* video module on Variation and Quality, Prof. John Hart, MIT, 2016.
*Fundamentals of Manufacturing Processes on edX: https://www.edx.org/course/fundamentals-manufacturing-processes-mitx-2-008x
Slides accompanying 2.008x* video module on Casting, Prof. John Hart, MIT, 2016.
*Fundamentals of Manufacturing Processes on edX: https://www.edx.org/course/fundamentals-manufacturing-processes-mitx-2-008x
Thermoforming (MIT 2.008x Lecture Slides)A. John Hart
Slides accompanying 2.008x* video module on Thermoforming, Prof. John Hart, MIT, 2016.
*Fundamentals of Manufacturing Processes on edX: https://www.edx.org/course/fundamentals-manufacturing-processes-mitx-2-008x
This slide describes two essential elements in machining operations:
cutting-tool materials and cutting fluids.
° The slide opens with a discussion of the types and characteristics of cutting tool materials.
° The properties and applications of high-speed steels, carbides, ceramics, cubic boron nitride, diamond, and coated tools are described in detail.
The types of cutting fluids in common use are then described, including their functions and how they affect the machining operation.
° Trends in near-dry and dry machining are also discussed, and their importance with respect to environmentally friendly machining operations are explained.
The selection of cutting-tool materials for a particular application is among the most important factors in machining operations, just as the selection of mold and die
materials was critical for forming and shaping processes . We will discuss throughout this slide the relevant properties and performance characteristics of all major types of cutting-tool materials, which will help us in tool selection.
However, as it will become apparent, the complex nature of this subject does not always render itself to the determination of appropriate tool materials; hence, we also must rely on general guidelines and recommendations that have been accumulated in industry over many years.More detailed information on tool material recommendations for specific workpiece materials and machining operations will be presented.
As noted, the cutting tool is subjected to
(a) high temperatures,
(b) high contact stresses, and
(c) rubbing along the tool-chip interface and along the machined surface.
Consequently, the cutting-tool material must possess the following characteristics:
° Hot hardness, so that the hardness, strength, and wear resistance of the tool are maintained at the temperatures encountered in machining operations. This property ensures that the tool does not undergo any plastic deformation and thus retains its shape and sharpness.
Toughness and impact strength (or mechanical shock resistance), so that impact forces on the tool that are encountered repeatedly in interrupted cutting operation (such as milling and turning a splined shaft on a lathe) or forces due to vibration and chatter during machining do not chip or fracture the tool.
Thermal shock resistance, to withstand the rapid temperature cycling encountered in interrupted cutting.
Wear resistance, so that an acceptable tool life is obtained before replacement is necessary.
Chemical stability and inertness with respect to the material being machined, to avoid or minimize any adverse reactions, adhesion, and tool-chip diffusion that would contribute to tool wear.
Variation and Quality (2.008x Lecture Slides)A. John Hart
Slides accompanying 2.008x* video module on Variation and Quality, Prof. John Hart, MIT, 2016.
*Fundamentals of Manufacturing Processes on edX: https://www.edx.org/course/fundamentals-manufacturing-processes-mitx-2-008x
Slides accompanying 2.008x* video module on Casting, Prof. John Hart, MIT, 2016.
*Fundamentals of Manufacturing Processes on edX: https://www.edx.org/course/fundamentals-manufacturing-processes-mitx-2-008x
Thermoforming (MIT 2.008x Lecture Slides)A. John Hart
Slides accompanying 2.008x* video module on Thermoforming, Prof. John Hart, MIT, 2016.
*Fundamentals of Manufacturing Processes on edX: https://www.edx.org/course/fundamentals-manufacturing-processes-mitx-2-008x
Thanks to all the parents for sending in pictures! The students loved seeing "their" shapes in the slideshow. This gave the students some much needed real world exposure to 3-D shapes. Enjoy!
University Course "Micro and nano systems" for Master Degree in Biomedical Engineering at University of Pisa. Topic: Introduction to additive manufacturing
3 Dimensional Services Group - Prototype Metal Stamping And AssemblyRminowa
3-Dimensional Services which is a prototype company that is located in Rochester Hills, Mi, USA, we have been fortunate to become a major supplier to important companies in North America, South America and Europe as well.
1. 3Dimensional Services Group
Prototype And Low Volume manufacturing
High Precision Metal Stampings
3 Dimensional Services
50,000 Sq. feet • Small To Medium Brackets
Metal processing • Deep Draw Forming
• High Definition Stamping
Injection Molding/Casting
Urgent Plastics Services
50,000 Sq
50 000 Sq. feet • In House
In-House Pattern Shop
Plastics and Castings • Sand, Plaster, Investment castings
• Sonic And Vibration Assembly
Robotic Welded Assemblies
Urgent Design & MFG
100,000 Sq. feet • Low-Volume Production
Assemblies & Metal Ops • High Pressure Hydro-forming
• Large Sheet Metal Stampings
CONTACT - Scott Duffie - Senior Sales Engineer - (248) 310-6304 - scott@3dimensional.com
3‐Dimensional Services Group
2. 3Dimensional Services Group
About 3-Dimensional Services Group
3-Dimensional is a leader in prototype and short run production.
Specializing in Steel fabrications , Plastic injection molding, laser
processing,
processing high tolerance machine castings robotic welding, and sheet
machine, castings, welding
metal stamping.
Founded in 1992 and privately owned .
4 locations: 3 in Michigan,1 in Germany , and representation in Brazil.
Total operations of 200,000 square feet.
Currently employ over 260 skilled employees.
Understand how to respond – Timing is #1
Large inventory of equipment and experienced with many industries.
CONTACT - Scott Duffie - Senior Sales Engineer - (248) 310-6304 - scott@3dimensional.com
3‐Dimensional Services Group
3. 3Dimensional Services Group
Resources for Manufacturing
CNC M hi i
Machining…………..…..48 CNC M hi
48 Machines
3-Axis Laser Cutting …......…..7 Laser Cutting Systems
5-Axis Laser Cutting…......….16 Laser Cutting Systems
Metal Stamping …………...100+ Stamping Presses
CNC Tube Bending ………......2 CNC Controlled Systems
Hydroforming …….…………....2 In-House Systems
Spot, Mig and Tig Welding….35 Manual Weld Stations
Robotic MIG Welding………..15 Robotic Weld Arms
Injection Molding……………..15 Injection Mold Presses
Patterns and Castings…….…..5 In-House Pattern Makers
EDM machines…..…………….7 Wire and 7 Carbon E.D.M
Water Jet Cutting Machine .….1 CNC Controlled Systems
1
All In-House
3‐Dimensional Services Group
4. 3Dimensional Services Group
Our Expertise
• P t t
Prototype and Sh t R M
d Short Run Manufacturing for parts and
f t i f t d
assemblies made from plastic, metal, or castings.
• Automotive
• Appliances
• The Department of Defense
• The Department of Energy
• Fuel Cells
• New Energy
• Office Furniture
• Out Door Equipment
• Off Road Vehicles
CONTACT - Scott Duffie - Senior Sales Engineer - (248) 310-6304 - scott@3dimensional.com
3‐Dimensional Services Group
5. 3Dimensional Services Group
RP Models - SLA and SLS
DTM Sinterstation 2500
Selective Laser Sintering
w/12" Dia x 15“
work envelope
DTM Sinterstation 2000
Selective Laser Sintering
w/13" Dia x 15“
work envelope
Stereolithography SLA
S S
500 w 20"x20"x24"
work envelope
4 machines in-house - used for fit and function and design verification
3‐Dimensional Services Group
6. 3Dimensional Services Group
Tooling Design and Manufacturing
Cad Packages:
Pro-E
UG
Catia
SDRC
Autocad
Powershape
Powermill
Solidview
Mastercam
All tooling is designed and
manufactured in-house.
Over 28 Tool Design Engineers
3‐Dimensional Services Group
7. 3Dimensional Services Group
CNC Machining – 3 Axis and 5-Axis
Over 50 cnc machines – up to 11’ x 17’ Travel for tooling and parts
18. 3Dimensional Services Group
Show Display parts
The display board, showcasing Ford s F-150 Series ‘Built
board Ford’s F 150 Built
Ford Tough’ features replicas of frame cross sections, tow
hooks, hitch element, water pump impellor, spring and
turbocharger blades—24,300 pieces in total—reversed
engineered, surface profiled, analyzed, modeled, tooled,
injection molded and delivered by Urgent Plastic Services in
just five weeks.
Reverse Engineering and Injection molded
- Show Parts
22. 3Dimensional Services Group
Robotic Welded Truck Frame
2 gantry welding systems
Complete Frame with
over 200 individual parts -
12 weeks
3‐Dimensional Services Group
30. 3Dimensional Services Group
CNC Tube Bending & Hydroforming
2 CNC Tube
Bending Machines
58,000 PSI with End
Feed Capability
F C
3‐Dimensional Services Group
32. 3Dimensional Services Group
Waterjet Cutting Machine:
4 Head cutting systems 96"x144" Travel -12“ Thick Cutting Capacity
33. Maxx-Pro
Design and manufactured Mine-Roller interface assembly
Rapid Response Design
Created 3D Model in CAD Package
Design Approved for Application s
Multiple Vehicle Platform Applications
47 Individual Part Numbers
all components and assembly Completed in-house
Processes used:
Laser Cutting, Water jet Cutting, CNC machining & Lathe turning
Robotic & Manual MIG Welding
CARC Paint
3-Dimensional Services Group
scott@3dimensional.com Scott Duffie (248) -310-6304 Http://www.3dimensional.com
34. Cougar
Design and manufactured Mine-Roller interface assembly
Rapid Response Design
First production assemblies shipped in 30 days
42 Individual P
I Part N
Numbers
all components and assembly Completed in-house
Processes used:
Laser Cutting, Water jet Cutting, CNC machining & Lathe turning
Robotic & Manual MIG Welding
CARC Paint
3-Dimensional Services Group
scott@3dimensional.com Scott Duffie (248) -310-6304 Http://www.3dimensional.com
35. RG31& Stryker
Design and manufactured Mine-Roller interface assembly
Rapid Response Design
First production assemblies shipped in 30 days
230 assemblies completed to date
35 Individual Part Numbers
all components and assembly Completed in-house
Processes used:
Laser Cutting, Water jet Cutting, CNC machining & Lathe turning
Robotic & Manual MIG Welding
CARC Paint
3-Dimensional Services Group
scott@3dimensional.com Scott Duffie (248) -310-6304 Http://www.3dimensional.com
36. M939 Weapons Station
Design and manufactured M939 Weapons Station
Emergency retrofit for vehicles
Reverse Engineered for manufacturing
First production assemblies shipped in 30 days from initial request
100 Individual Part Numbers
all components and assembly Completed in-house
in house
Processes used:
Laser Cutting, Water jet Cutting, CNC machining & Lathe turning
Robotic & Manual MIG Welding
CARC Paint
3-Dimensional Services Group
scott@3dimensional.com Scott Duffie (248) -310-6304 Http://www.3dimensional.com
37. Cheetah
manufacture and assembly of door frames and skins
Rapid Response Design
First production assemblies shipped in 30 days
80 Individual P
I Part N
Numbers
all components and assembly Completed in-house
Processes used:
Laser Cutting, Press Brake, CNC machining & Lathe turning
Manual MIG Welding
CARC Paint
3-Dimensional Services Group
scott@3dimensional.com Scott Duffie (248) -310-6304 Http://www.3dimensional.com
38. 3Dimensional Services Group
Hyex assembly
Urgent requirement 200 individual components manufactured &
assembled : First production assemblies shipped in 30 days.
3-Dimensional Services Group
scott@3dimensional.com Scott Duffie (248) -310-6304 Http://www.3dimensional.com
39. 3Dimensional Services Group
Atec assembly
In Process Weld Completed Assembly
Urgent requirement 200 individual components manufactured &
assembled : First production assemblies shipped in 30 days.
3-Dimensional Services Group
scott@3dimensional.com Scott Duffie (248) -310-6304 Http://www.3dimensional.com
40. 3Dimensional Services Group
Hyex and Atec Cabs
3-Dimensional Services Group
scott@3dimensional.com Scott Duffie (248) -310-6304 Http://www.3dimensional.com
41. 3Dimensional Services Group
Quality Control and fixtures
3-Dimensional Services Group
scott@3dimensional.com Scott Duffie (248) -310-6304 Http://www.3dimensional.com
43. 3Dimensional Services Group
About 3-Dimensional
With 3 facilities an over 200,000 sq ft of manufacturing, we are a
unique company that has a strong team and capacity to complete
any size project. We offer the advantages of a one stop shop that
operates 24 hours a day to provide the fastest delivery possible.
We are supported with the most up to date facilities and equipment
to expedite projects that many say are impossible. From prototype,
thru the life of production, and into the support of service parts, our
230 employees are ready, able & willing to support your company.
3-Dimensional Services Group
scott@3dimensional.com Scott Duffie (248) -310-6304 Http://www.3dimensional.com
44. 3 Dimensional
3-Dimensional Services Group
scott@3dimensional.com Scott Duffie (248) -310-6304 Http://www.3dimensional.com
3-Dimensional Sales & Engineering Contacts
Scott Duffie - Senior Sales Engineer
PH (248) 852-1333 Cell (248) 310-6304
Scott@3dimensional.com
Alan Peterson - Vice President
PH (248) 852-1333
Apeterson@3dimensional.com
Apeterson@3dimensional com
3-Dimensional Services Group
scott@3dimensional.com Scott Duffie (248) -310-6304 Http://www.3dimensional.com