CNC Machining Service
BOS offers a dependable one-stop CNC machining solution, delivering rapid prototyping and end-use part production across a wide range of materials. We support precision machining services for parts of all sizes—small, medium, and large—ensuring flexibilityand consistency throughout the manufacturing process.
Our CNC Machining Capabilities
As one of the leading precision CNC machining service providers in China, BOS offers comprehensive manufacturing capabilities to meet all your CNC part requirements—from rapid prototyping and precision component and tooling fabrication to end-use part production.
High-precision parts manufactured and delivered within 24 hours
CNC milling, CNC turning, wire EDM, EDM, etc.
Standard dimensional tolerance of ±0.005mm
We have passed ISO 9001:1999, and TS16949 quality system certification in 2015
The machined parts will be shipped to you in a short time
Rapid prototyping across a wide range of materials, with multiple mold types available to suit different production needs.
CNC Machining Processes
CNC Milling Service
CNC milling utilizes advanced 3-axis and 5-axis indexed machining technology to rapidly process more than 30 types of engineering-grade thermoplastics and metals into complex structures and high-precision components.
As a subtractive manufacturing process, milling removes excess material from solid stock by cutting and drilling the workpiece using precision tools. This technique offers both high speed and high accuracy, making CNC milling highly efficient for producing precision parts.
CNC Turning Service
CNC Turning uses a lathe to machine precise end-use parts with cylindrical geometries. The process removes excess material from solid stock by rotating the workpiece against stationary cutting tools.
CNC turning is highly suitable for manufacturing cylindrical components and offers a cost-effective way to produce high-quality parts.
CNC Milling and Turning:A multi-process composite machining technique that enables high-efficiency and high-precision manufacturing of complex curved surfaces and contoured parts through the simultaneous rotation of the tool and workpiece, combined with coordinated multi-task operations.
CNC Drilling:This is a machining technique adopted by BOS, offering greater flexibility and operational capability to meet a wide range of complex CNC machining requirements. Whether for small-batch prototyping or large-scale production, this process enables efficient drilling of holes with diameters exceeding 7 cm, and is suitable for metals, alloys, and various polymer materials.
Materials for CNC Machining Parts
CNC Machining Steel Parts
Steel is one of the most
widely used materials in
metalworking. With its
high strength, excellent
machinability, and
outstanding
cost-performance ratio,
it is extensively
applied across various
industries—from
precision component
manufacturing to
structural
engineering.
At Bos,
we offer CNC machining
services for over 100
types of steel,
delivering high-quality,
customized precision
machining solutions to
meet the diverse needs
of our clients, from
prototype development to
full-scale
production.
Alloy
Steel/ Carbon steel /
4140 / 4340 / Q235 /
Q345B / 20# / 45#, etc
CNC Machining Aluminum Parts
Aluminum alloy precision
parts are highly favored
for their lightweight
and refined appearance.
CNC machining can
perfectly showcase the
excellent physical
properties and fine
processing effects of
aluminum materials. As a
result, CNC machining
has become the preferred
process for aluminum
prototyping and small
batch production.
At
BOS, we can provide CNC
machining of most
aluminum. Al6061 /
Al6063 / Al6082 / Al7075
/ Al5052 / A380, etc.
CNC Machining Stainless Steel Parts
Stainless steel is one of
the most commonly used
materials. In the
machinery industry, CNC
machining is the
mainstream method for
stainless steel
processing. The
advantages of
CNC-machined stainless
steel parts lie in
ensuring precision,
durability, and
performance, making them
the ideal choice for
precision manufacturing,
industrial applications,
and high-demand
products.
At BOS, we
offer CNC machining
services for more than
10 types of stainless
steel.
Including
SS201, SS301, SS303,
SS304, SS316, SS416,
etc.
CNC Machining Brass/Copper Parts
Brass parts manufactured
through CNC machining
combine high precision,
the ability to process
complex shapes, and
excellent physical
properties, making them
suitable for various
industries, including
electronics, automotive,
aerospace, construction,
and water treatment. The
advantages in machining
accuracy, surface
quality, material
properties, and
production efficiency
make it an ideal choice
for producing precision
and high-demand parts.
BOS offers CNC machining
services for most types
of brass/copper
available in the market.
Using CNC turning, CNC
milling, and other
processes, we can
transform your parts or
products into exactly
what you
envision.
Brass:
HPb63 / HPb62 / HPb61 /
HPb59 / H59 / H68 / H80
/ H90, etc.
Copper:
C11000 / C12000 / C12000
/ C360, etc.
CNC Machining Titanium Parts
Titanium materials are
materials with certain
shapes, sizes, and
performances made of
titanium ingots and
titanium alloy metals
through certain pressure
processing, and are also
called titanium
processed materials. CNC
machining is a good
choice for machining
titanium material into
titanium parts, which
can reveal the details
of titanium
parts.
Our titanium
machining capabilities
include Titanium TA0 /
TA1 / TA2 / TC4 / TB5,
etc.
CNC Machining Plastic Parts
CNC machining plastic
parts offers several
advantages over other
processing methods,
including high
precision, the ability
to process complex
shapes, strong material
adaptability, and quick
adjustments. It is
particularly suited for
small batch production,
rapid prototyping, and
complex designs. Its
efficiency, reliability,
and flexibility make CNC
machining the ideal
choice for plastic part
manufacturing, widely
used in industries such
as electronics,
automotive, and
medical.
At BOS, we
transform plastics into
parts or products
through various methods,
including CNC machining,
CNC turning, CNC
milling, and
more.
Our CNC
machining capabilities
cover a wide range of
materials, including
PVC, PP, PS, and more.
Other Materials for CNC Machining
In addition to the above conventional materials, we also provide CNC machining services for other materials.
Inconel, Invar, Magnesium, etc.
Surface Finishes For CNC Machining
| As Machined | The surface is left untreated, retaining visible tool marks from the machining process. |
| Sandblasting | Used for cleaning, roughening, and enhancing the appearance of workpiece surfaces. It also improves surface adhesion and lubrication retention. This process is widely applied in metalworking, casting cleanup, and surface pretreatment operations. |
| Shotblasting | A widely used surface treatment process, suitable for roughening surfaces, deburring, removing oxide layers, enhancing texture, and improving the structural strength of materials |
| Wire Drawing | A surface treatment that gives the metal a directional, matte metallic texture through processing, resulting in a non-mirror finish. |
| Passivation | This removes surface contamination, increases corrosion resistance, reduces the risk of product contamination, and allows you to extend system maintenance intervals. |
| Logos printing | Customized logos, symbols, and text can be added to both prototypes and production parts using various methods. We offer services such as laser marking and silkscreen printing to meet diverse branding and functional requirements. |
| Anodizing | is an electrochemical surface treatment process commonly used on aluminum and its alloys. It is designed to enhance the material’s corrosion and wear resistance while also improving its aesthetic appearance. |
| Chrome Plating | It is a common metal surface treatment process that involves electroplating a layer of chromium (Cr) onto the surface of a workpiece. This technique significantly enhances the corrosion resistance of the part, increases surface hardness and wear resistance, improves surface finish, and effectively reduces the coefficient of friction, thereby extending the service life of the component and improving overall performance. |
| Zinc Plating | Mirror-like protection for aesthetics, anti-rust and other functions |
CNC Machining Products
We offer rapid prototyping and low volume production for clients in a broad range of industries. By harnessing advanced CNC technologies—including CNC milling, CNC turning, precision wire cut EDM, and high accuracy sinker EDM—we swiftly transform your ideas into high quality, ready to use parts
Our CNC machining capabilities enable the production of precision parts and custom components for clients in the aerospace, automotive and new energy vehicle, defense and military, medical device, electronics and semiconductor, industrial automation, machinery, consumer electronics and premium home appliance, marine engineering and shipbuilding, oil and gas, and robotics sectors.
Tolerances For CNC Machining
| Process | Tolerance(mm） |
| CNC Milling | ±0.005(metal) / ±0.05(plastic) |
| CNC Turning | ±0.005(metal) / ±0.05(plastic) |
| CNC Grinding | ±0.005(metal) / ±0.05(plastic) |
| The Best Surface Finishing | Ra0.1 |
Our standard dimensional tolerance for CNC-machined parts is ±0.005 mm (0.0002 in). Since turning, milling, and 5-axis equipment cannot always maintain this ultra-tight tolerance across every geometric feature, please specify any stricter requirements on your drawings or inform us before placing an order; we will then formulate the optimal manufacturing plan.
Machining thin-wall or sheet-metal parts may require dedicated fixtures. In such cases, our engineering and process teams will collaborate closely with you to design reliable, high-efficiency fixturing and machining solutions.
Size Limitation For CNC Machining
| CNC Milling | CNC Turning | |
| Max Diameter | 3500mm (138in) | 2500mm (99in) |
| Min Diameter | 0.1mm (0.003in) | 0.1mm (0.003in) |
Although our CNC machines can produce parts with intricate geometries and a wide range of sizes, they are still subject to certain dimensional constraints. To support design-phase evaluation, we have prepared a CNC machining size-limit table for your reference; it is essential that designers and engineers review these limits early in the design process. If your component exceeds the dimensions listed, please forward the drawings to us. We will assess feasibility and provide a tailored machining solution and quotation.
Lowest CNC Service Price
4 Key Advantages Behind Our Competitive Pricing
1. Advanced and Efficient Machining
Equipment
We are equipped with
state-of-the-art 3-axis, 4-axis, and 5-axis CNC machining
centers. High-speed, high-precision equipment significantly
improves machining efficiency, shortens production cycles,
and effectively reduces the unit cost.
2. Refined and Optimized Production
Processes
With years of industry experience,
we continuously optimize our production processes,
minimizing material waste and setup time, enhancing overall
operational efficiency, and reducing manufacturing costs.
3. Professional Engineering and Technical
Team
Our engineers develop optimal machining
strategies based on project requirements, selecting the most
suitable tools and planning efficient machining paths to
improve productivity, reduce errors, and control costs at
the source.
4. Stable and Reliable Supply Chain
System
We maintain long-term partnerships
with premium material suppliers and logistics providers,
ensuring low-cost procurement of high-quality raw materials
and efficient delivery, further reducing overall production
costs.
If you are looking for a low CNC service price, please do not hesitate to get a quote!
Why Choose BOS For CNC Machining?
We machine each part with exacting precision to your design and, when necessary, offer targeted design optimization suggestions to streamline manufacturing and reduce costs. For both metal and plastic components, we provide a wide array of surface finish options, and every product is produced to stringent dimensional tolerances to ensure superior quality and consistency.
Leveraging an experienced technical team and stringent quality management, we guarantee superior production efficiency and product quality. Bos can deliver high-precision custom parts in as little as one day and provides 24 hour online support to meet your needs at any time.
Our CNC machined parts generally adhere to the DIN 2768 1 fine and medium tolerance classes; the exact tolerances achievable vary with each part’s geometry. Throughout the project, our engineers will discuss every component with you to ensure the optimal and most consistent machining accuracy for each piece.
Choose from an extensive catalogue of 100 + certified metals and plastics—our CNC machining service delivers the material flexibility your project demands.
We accommodate order quantities from a single piece up to large volume runs and work with a full range of metal and plastic materials. Our capabilities span both simple mechanical parts and the high precision manufacture of complex CNC components.
Our components are shipped worldwide, reaching customers in Europe, the United States, Australia, South America, the Middle East, and Southeast Asia.
BOS features a full-spectrum professional team—from sales consultants to senior engineers—delivering bespoke, top tier CNC machining solutions at highly competitive prices. We place our customers at the heart of everything we do and are committed to building long term, trust based partnerships with our clients. We look forward to collaborating with innovative enterprises to forge a prosperous, mutually beneficial future together.
Our CNC Machining Center
Our CNC machining center is equipped with over 70 advanced devices, including 3-axis, 4-axis, and 5-axis CNC machines, which are capable of manufacturing parts that meet most of our customers’ requirements. In addition to the CNC machining centers, we also possess a number of high-end equipment such as precision grinding machines and precision wire cutting machines.
Overview of CNC Machining
What’s CNC machining?
Computer Numerical Control (CNC) machining is a precision subtractive manufacturing process in which machine tools are controlled by computer programs. In this process, the computer driven machines remove excess material from solid blocks of metal, plastic, composites, and other materials to achieve the final design in various shapes and dimensions. This technique can be used to produce a wide variety of precision components. Common CNC machine tools include vertical milling machines, horizontal milling machines, lathes, and gantry milling machines.
How does CNC machining work?
Our engineers first use the CAD files you provide to build a 3D model of the part. This model is then imported into CAM software, where they select the appropriate cutting tools based on the drawing’s critical dimensions, tolerances, and features, and configure the cutting parameters (spindle speed, feed rate, depth of cut) along with an optimal toolpath strategy. The CAM software generates a series of standardized instructions (G code, M code, etc.) that precisely control the machine’s axis movements, spindle operation, coolant flow, and tool changes. Once the CNC machine receives these codes, it moves and rapidly rotates the cutting tool according to the instructions, removing material at the correct locations until the part is fully machined.
Why choose CNC machining?
CNC machining offers a series of decisive advantages, making it the preferred method for precision parts manufacturing: it consistently achieves micron level tolerances (±0.005 mm or better) in both single prototypes and production runs, ensuring every part fully meets your specifications. It provides the capability to machine complex geometries and supports rapid prototyping through to low volume production, thereby shortening lead times and reducing labor costs. Additionally, CNC machining is compatible with a wide range of materials—including aluminum, copper, titanium, and plastic composites—which explains its widespread popularity.
What materials can be used with CNC machining?
CNC machining is compatible with a wide range of materials—including aluminum, copper, stainless steel, titanium, as well as various engineering plastics and composites. For a comprehensive list of available materials or to discuss your specific requirements, please feel free to contact us.
What’s the cost of your CNC machining parts?
CNC machining costs are primarily driven by material expenses, machining time, order quantity, and process complexity. For an accurate cost assessment, please provide your CAD drawings, PDF files, or 3D models, and we will deliver a detailed manufacturing analysis report and quotation within a few hours.
Applications of CNC Machining
CNC Precision Machining Solutions for the Automotive industry
CNC Precision Machining Solutions for the Automotive industry, CNC precision machining plays a vital role in the automotive manufacturing sector, widely used for custom components, small-batch production, and prototype development. With its high accuracy and efficiency, CNC machining offers virtually no limitations on order quantity, allowing for rapid turnaround from prototyping to production. Utilizing advanced CAD/CAM software, 3D design files are directly imported into CNC equipment, enabling a highly automated and consistent manufacturing process that significantly reduces manual errors and costs. We are capable of machining a wide range of automotive parts, including structural components, functional parts, and connectors — all produced to meet strict industry standards. If you’re looking for efficient, reliable, and flexible automotive part machining services, we are your ideal manufacturing partner.
CNC Precision Machining for the Semiconductor Industry
CNC Machining for
the
Semiconductor
Industry, The
semiconductor
industry
requires
ultra-high
precision,
reliability, and
material
versatility to
support the
development of
advanced
electronic
components. CNC
machining is an
ideal
manufacturing
solution,
capable of
achieving tight
tolerances and
consistent
quality across
complex
geometries.
We
specialize in
machining a wide
range of
semiconductor-grade
materials,
including
silicon,
sapphire,
alumina,
aluminum
nitride, and
precision
aluminum alloys.
Our CNC parts
are widely used
in semiconductor
equipment,
electronic
components, and
integrated
circuit
assemblies,
ensuring they
meet the
industry
s
demanding
performance and
cleanliness
standards.
Whether for
prototyping or
high-precision
production, we
provide fast,
reliable, and
scalable CNC
solutions
tailored to the
unique needs of
the
semiconductor
sector.
CNC Machining for the Aerospace Industry
CNC Machining for the Aerospace Industry, CNC machining has been a cornerstone of the aerospace industry, delivering exceptional precision and reliability in the manufacturing of critical aircraft components. Given the stringent safety and performance requirements, the aerospace sector demands parts that meet the highest standards of accuracy, durability, and quality.At JTR Machine, we specialize in producing aerospace components with tight tolerances and complex geometries, ensuring that every part performs flawlessly in even the most demanding environments. Our extensive range of compatible materials, including aluminum alloys, titanium, stainless steel, and composite materials, allows us to meet the diverse needs of the aerospace industry.Whether for prototyping or high-volume production, we provide fast, reliable, and precise CNC machining solutions tailored to the unique challenges of aerospace manufacturing. Our commitment to quality ensures that each component meets the strictest safety and performance standards, helping you stay ahead in this high-stakes industry.
CNC Machining for the Food Industry
CNC Machining for
the Food
Industry, As the
food industry
continues to
grow, the demand
for
high-precision,
high-quality
components and
advanced
machinery has
never been
greater. CNC
machining is
playing an
increasingly
important role
in meeting these
needs by
providing custom
solutions that
align with the
industry’s
stringent
standards.
With
evolving
regulations
surrounding food
safety,
including
contaminants,
pathogens, and
allergens,
manufacturers
must ensure
their equipment
is designed and
produced to meet
the highest
hygiene and
safety
standards. At
[Your Company
Name], we follow
Current Good
Manufacturing
Practices (CGMP)
to ensure that
all components
and equipment
meet the latest
food safety
regulations.
Our
CNC machining
capabilities
allow us to
produce precise,
durable, and
compliant
components for
food processing
equipment,
packaging
systems, and
more. Whether
you need
components that
meet hygienic
standards or
high-performance
parts designed
for continuous
operation, we
provide fast,
reliable, and
customized
machining
solutions to
support the
needs of the
food industry.
CNC Machining for the Medical Industry
CNC Machining for
the Medical
Industry, CNC
machining is a
critical
technology in
the medical
industry,
offering the
precision,
quality, and
consistency
required to meet
the stringent
standards for
medical devices
and equipment.
Whether
it’s for
complex surfaces
or intricate
geometries, CNC
machining
ensures that
every part is
crafted to meet
the highest
safety and
precision
requirements.
In
the medical
field, where
there is zero
tolerance for
error, every
component must
meet exacting
specifications
for durability,
functionality,
and surface
finish. At [Your
Company Name],
we specialize in
producing
high-quality,
custom CNC
machined parts
for medical
machinery,
ensuring that
each part is
crafted to
perfection with
ultra-high
precision and
reliability.
Our
expertise allows
us to produce
components that
comply with
regulatory
standards and
perform
flawlessly in
critical medical
applications,
from surgical
instruments to
diagnostic
equipment. With
precision,
reliability, and
fast turnaround
times, we
support the
medical industry
in developing
cutting-edge
solutions that
improve patient
outcomes and
enhance
healthcare
technologies.
CNC Machining for the Military Industry
CNC Machining for
the Military
Industry, As a
trusted and
experienced CNC
machining
partner for the
military
industry, Bos
delivers
high-quality,
precision-engineered
military
components and
assemblies. With
a proven track
record in rapid
custom
machining, we
provide
military-grade
CNC parts that
meet the most
stringent
specifications,
ensuring
high-level
precision and
accurate
dimensions.
We
specialize in
producing a wide
range of
military
components, from
individual parts
to fully
assembled
systems,
offering
reliable on-time
delivery and
cost-effective
solutions
without
compromising on
quality. Our CNC
machining
services are
designed to meet
the critical
requirements of
the military
sector, ensuring
that each
component
adheres to
detailed
specifications
and performs
flawlessly in
demanding
applications.
At
Bos, we are
committed to
providing
precision
machining
services that
enhance the
performance,
durability, and
reliability of
military
equipment,
ensuring
trusted, safe,
and efficient
operations in
the field.
CNC Machining for the Mold Manufacturing Industry
CNC Machining for the Mold Manufacturing Industry, Mold manufacturing is essential to modern production and widely used in injection molding, die casting, blow molding, and rubber molding. As product complexity and precision requirements grow, CNC machining becomes critical for producing accurate, durable mold components. At BOS, we offer high-precision CNC machining tailored for the mold industry, delivering components with tight tolerances, superior surface finishes, and outstanding durability. Key Advantages High Precision – Perfect for complex cavities and tight fits Excellent Finish – Reduces polishing and improves mold release Material Flexibility – Machining P20, H13, S136, NAK80, SKD61, and more Fast Turnaround – From prototyping to small and large batch production We Machine Mold bases, cavities, and cores Ejector plates, sliders, and lifters Cooling channels and copper inserts Custom components for injection, die casting, and compression molds Why BOS With advanced equipment and deep expertise, BOS delivers precision mold components—fast and reliably, from one-off prototypes to full production. Contact us to see how our CNC machining services can enhance your mold manufacturing projects.
CNC Machining for the Machinery Manufacturing Industry
CNC Machining for the Machinery Manufacturing Industry, The machinery manufacturing industry relies on high-precision, durable components to ensure equipment performance and safety. From automation to heavy-duty systems, CNC machining is essential for delivering consistent, high-quality parts. At BOS, we provide custom CNC machining for machinery makers, producing everything from complex components to complete assemblies with speed and precision. Applications: • Industrial Equipment: Gear housings, shafts, brackets • Automation Systems: Robotic arm and actuator parts • Construction Machinery: Hydraulic fittings, bushings • Packaging & Food Equipment: Clean-finish metal components • Agricultural Machinery: Custom parts for farm equipment Why Choose BOS? • Micron-Level Precision for tight tolerances • Material Versatility: Steel, aluminum, brass, titanium, plastics • High Durability under tough conditions • Fast Turnaround: From prototypes to volume production We help manufacturers stay ahead with reliable, high-performance CNC solutions. Contact us to learn how we can support your next project with precision and efficiency.
CNC Machining for the Construction Industry
CNC Machining for
the Construction
Industry, The
construction
industry demands
components that
are precise,
durable, and
capable of
withstanding
harsh
environments.
CNC (Computer
Numerical
Control)
machining plays
a vital role in
producing
high-quality
parts for
various
construction
applications.
Key
Applications
Prefabricated
Components: CNC
machining
enables the
production of
accurate and
consistent parts
for
prefabricated
building
elements,
ensuring
seamless on-site
assembly.
Architectural
Features:
Complex designs
such as
moldings,
facades, and
decorative
elements are
efficiently
crafted with CNC
machines,
enhancing
aesthetic
appeal.Frog3D
Structural
Steel
Fabrication:
Precision-cut
steel components
like beams and
trusses are
manufactured to
exact
specifications,
reducing the
need for on-site
modifications.
Concrete Form
work: CNC
technology
allows for the
creation of
intricate and
curved concrete
forms,
surpassing
traditional
methods in
accuracy and
efficiency.Benefits
of CNC
Machining
High
Precision:
Ensures
components meet
exact design
specifications,
enhancing
structural
integrity.
Efficiency:
Automated
processes reduce
production time
and labor costs,
accelerating
project
timelines.
Customization:
Facilitates the
creation of
bespoke
components
tailored to
unique
architectural
designs.
Material
Versatility:
Capable of
machining a wide
range of
materials,
including steel,
aluminum, wood,
and
composites.
By
integrating CNC
machining into
construction
processes,
companies can
achieve higher
accuracy,
improved
efficiency, and
greater design
flexibility.
Contact
us to learn how
our CNC
machining
services can
enhance your
construction
projects.
CNC Machining for the Electronics Industry
CNC Machining for
the Electronics
Industry, The
electronics
industry
requires
high-precision,
compact, and
reliable
components for
devices such as
circuit boards,
enclosures, and
thermal systems.
CNC machining
ensures tight
tolerances,
complex
geometries, and
clean
finishes—ideal
for
high-performance
electronic
products.
At
BOS, we provide
custom CNC
machining for a
wide range of
electronic
applications,
from prototypes
to full
production.
Common
Applications:
PCB
enclosures and
housings
Heat
sinks and
thermal
management
parts
Connector
and interface
components
Custom
aluminum,
plastic, and
magnesium alloy
parts
Why CNC
for
Electronics?
Precision
for miniaturized
components
Excellent
Surface Quality
for external
parts
Material
Versatility
Fast
Turnaround for
product
development and
scaling
BOS
delivers
reliable CNC
solutions to
help electronic
manufacturers
meet the demands
of innovation
and
efficiency.
Contact
us to learn more
about how we can
support your
next electronics
project.
CNC Machining for the Energy Industry
CNC Machining for
the Energy
Industry, The
energy industry
demands
components that
are precise,
durable, and
capable of
withstanding
extreme
conditions such
as high
temperatures,
pressure, and
corrosion. CNC
machining plays
a vital role in
producing
reliable parts
for power
generation, oil
& gas,
renewable
energy, and
nuclear
applications.
At
BOS, we provide
high-precision
CNC machining
for a wide range
of energy
equipment,
offering fast,
consistent, and
cost-effective
solutions.
Typical
Applications:
Wind
Energy: Turbine
shafts, gear
housings
Solar
Power: Mounting
brackets, heat
sinks
Oil
& Gas:
Valves, flanges,
drill
components
Nuclear:
Reactor parts,
shielding
components
Why
Choose CNC
Machining?
Tight
Tolerances &
Consistency
Materials:
Stainless steel,
titanium,
Inconel,
aluminum
Long-Term
Durability
Fast
Prototyping
& Scalable
Production
BOS
helps energy
companies
achieve safe and
efficient
operations
through reliable
CNC precision
manufacturing.
Contact
us to learn how
we can support
your next energy
project.
CNC Machining for the Consumer Electronics Industry
CNC Machining for
the Consumer
Electronics
Industry, The
consumer
electronics
industry demands
compact,
high-performance
devices with
precise,
high-quality
components. CNC
machining is
essential for
producing parts
with tight
tolerances,
complex designs,
and excellent
surface
finishes—ideal
for today’s
sleek and
functional
products.
At
BOS, we offer
custom CNC
machining
tailored to the
electronics
sector,
delivering
precise parts
for:
Smartphone
frames and
housings
Laptop
and tablet
enclosures
Wearable
device
components
(e.g.,
smartwatches,
earbuds)
Heat
sinks,
connectors, and
precision
buttons
Aluminum
and magnesium
alloy
casings
Why
CNC for
Electronics?High
Precision for
compact
assemblies
Smooth
Surface Finish
for visible
components
Material
Flexibility:
Aluminum,
stainless steel,
plastics,
etc.
Supports
Prototyping
& Mass
Production
From
prototypes to
production, BOS
ensures the
precision and
quality you need
to bring your
electronics to
market
faster.
Contact
us to learn how
our CNC services
can support your
next innovation
FAQ
Try BOS Out Now In Just A Few Steps
Upload your 2D/3D files
Choose the process
Order your parts online
Receive your parts
