CNC Machined Good Flame Retardancy Ultem 1000 Parts For Electronic
Machined ultem parts have good flame retardancy, chemical reaction
and electrical insulation characteristics. The glass transition
temperature is very high, up to 215 degrees centigrade. Machined
ultem parts also has very low shrinkage and good mechanical
properties. Adding glass fiber, carbon fiber or other fillers to
the ultem material can improve the purpose of modification. It can
also be used as a heat-resistant polymer alloy with other
engineering plastics. It can be used for a long time at the working
temperature of -160 ~ 180 ℃. Machined ultem parts is extremely
suitable for electrical and electronic insulation (including many
semiconductor process components), and a series of structural
components. These Machined ultem parts require higher strength and
stiffness at elevated temperatures.
Ultem 1000 is mainly used in electronics, motor and aviation
sectors, and is used as metal substitutes for traditional products
and cultural daily necessities. The finished ultem 1000 products
has very strong stability, even if it is repeatedly washed and
sterilized by pressure cooker for many times, it will not change.
It can be used to manufacture medical devices.
Reayoung Machining Co., Ltd is a professional manufacturer of CNC
machining for OEM parts. And have through the ISO 9001: 2008
quality certification system, our workshop is located in Guangming
Shenzhen. Our CNC workshop covers an area of more than 2600 square
meters, which can produces machined ultem parts. The parts we
produce are used in medical, automobile, telecommunications,
electronics and other industries. Welcome to contact us if you need
CNC machining services.
1 Our Factory Equipment Capabilities
- CNC Machinig Center, 3 Axis, 4 Axis.
- CNC Lathe, Lathe, CNC Turning Centers, Horizontal 8/12-position
- Milling Machine
- Grinding Machine
- Drill Press
- Tapping Center
- Rotary Indexer
CNC Machining Center is composed of mechanical equipment and CNC
system, which is suitable for high-efficiency automated machine
tools for machining complex parts. Its comprehensive machining
ability is strong, the workpiece can complete more machining
content after one clamping, and the machining accuracy is high. The
accuracy of CNC Machining Center can reach ±0.01mm. The maximum
machining size of CNC Machining Center is 1100mm*600mm*500mm, and
the minimum machining size is 2mm*2mm*2mm.
2 Material ( Machining Metal )
- Aluminum 6061, 6061-T6, 6063, 7075, 5052, 2024, 2017.
- Copper, Brass, Bronze, Phosphor Bronze. ( C10100, C10200, C11000,
C12200, C26000, C27000, C28000, C33000, C220, C510, C630 )
- Stainless Steel 303, 304, 316 ( 1.4305, 1.4301 )
- Steel Ordinary carbon structural Steel, Quality carbon structural
steel, cast steel, Iron. (Q195, Q215, Q235, Q255, 10#, 20#, 35#,
45#, 718H, S136, SKD11 )
Machining Plastic :
Delrin (Black, White, Blue, Red, Yellow), Nylon, Neoflon, PTFE,
PTFE, Ultem, Torlon, Peek, Acrylic, PMMA, PC, Polycarbonate, PAI,
PPS, PA, PVDF, POM, PA, PET, PEI, PE, PVC, PP, ABS, PEP, PS, PSF,
PI, PMMI, PABM.
We have a professional team of CNC machining technology,
accumulated a lot of experience in machining .Our technical team
will review each drawing and arrange each machining step, set the
parameters of the CNC machining center. We also have set up a
special sample production team to provide small quantities of
We have a dedicated CNC machining technology team, including: 8
programmers with more than 10 years of work experience, 12 more
than 8 years of skilled workers. We will regularly recruit
professional talents from the famous CNC machining technology
schools, and will invite the famous engineers in the machinery
industry to guide the factory. We have 46 CNC machine tools, these
include: CNC machining center, CNC Lathe, Drill Press, 4 Axis
machining center, lathe, Milling Machine. We have producted
thousands of parts, serving many different industries, including
aerospace and medical, automotive parts, unmanned aerial vehicles,
communications terminals and precision components such as robots,
3 Machining Processes
- CNC Milling and CNC Turning
- CNC Milling
- CAM Programming
- sheet metal fabrication
- Thread Turning / Milling threading
4 Part Size ( CNC Milling and CNC Turning )
- CNC Milling Parts ( Max ) : Length 1030mm, Width 800mm, Height
- CNC Turning Parts (Max ): Diamter 680mm, Length 750mm. The size of
the above parts are machined in the workshop.
5 Tolerance: 0.01mm. Minority size: 0.005mm. The measuring instrument can
measure the dimension precision: 0.01mm.
Buildre Group Co., Ltd has always been regarded as the foundation
of the quality competitiveness of enterprises, through the strict
production management system and quality control means, achieve
technological leap on the basis of stable quality , and the pursuit
of higher quality level continuously from various aspects.
6 Secondary Services of Machining Parts
- Plating Zinc Color ( Machining Steel parts )
- Anodize, Anodize color ( Black, Clear, Red, Blue,Yellow, Etc. ),
Hard Anodize, Hard Anodize PTFE. ( Machining Aluminum )
- Electroless Nickel ( Machining Aluminum parts, Machining Stainless
Steel parts, Machining brass parts )
- Passivation ( Machining Stainless Steel parts )
- Sand Blasting ( Machining Aluminum parts )
- Brushed ( Machining Aluminum parts , Machining Stainless Steel parts )
- Bluing and Blackening ( Machining Steel parts )
- Trivalent Chromium Process ( Machining Aluminum parts )
- Welding,brazing and soldering.
- Centerless Grinding and Burnishing
7 CNC machining advantages are:
① A large number of tooling can be reduced and the machined parts
with complicated shapes do not require complicated tooling. If you
want to change the shape and size of parts, only need to modify the
parts machining procedures for new product development and
② The machining quality is stable, the machining accuracy is high,
the repeatability is high, and it is suitable for the machining
requirements of the aircraft.
③ The production efficiency is higher under the condition of multi
variety and small batch production, which can reduce the time of
production preparation, machine tool adjustment and process
inspection, and reduce the cutting time due to the use of the
optimum cutting amount.
④ Machinable conventional methods are difficult to process complex
surfaces, and can even process some unobservable machining parts.