CNC Machining services

We use 3-axis, 4-axis, and 5-axis CNC milling to manufacture parts from more than 40 different plastics, metals, and rubbers. For small and massive volume production, first article inspection (FAI) is available upon request. Tolerance up to +/- 0.0004”(0.01mm). You can also get competitive prices for various additional heat treatments (aging, aneal, quenching, temper, and more), and surface treatments (anodizing, chromate plating, passivation, etc.).

3 Axis CNC Milling

Three-axis CNC is the most common type of CNC milling machine and is capable of handling most parts with great precision. Efficient and low cost. Learn More >

4 Axis CNC Milling

4-axis CNC can better handle parts that require multi-sided machining or curved surfaces. Machining costs are slightly higher than 3-axis machines, but flexibility is better. Learn More >

5 Axis CNC Milling

A 5-axis CNC can machine almost any complex shape. It is mostly used for curved surface parts with high requirements, or fine parts to be processed in multiple directions. The processing cost is high, and the maximum machinable size is smaller than the 4-axis and 3-axis CNC of the same level. Learn More >

Capabilities

Maximum Dimensions

2000mm x 1500mm x 800mm or 78.7 x 59 x 31.5 inches.

Tolerances

Dimension: Depends on the size and material, generally +/- 0.01mm or 0.0004 inches

Geometric: Depends on the size and material, generally +/- 0.01mm or 0.0004-inch

Support Threading

Prefer Metric Threads, Also Support UNC and UNF threads.

Wall Thickness

Depends on the Wall Depth Dimension and Material. Generally, a workable minimum wall thickness is 0.5mm for metals and 1.0mm for plastics.

Mini Bar Diameter

Depending on the depth of the hole, generally any hole with a diameter less than 0.8mm is problematic.

Material Available

Plastic: ABS HDPE LDPE Nylon Peek PEI PPSU POM PS PSU PTFE PVC PC PMMA PP

Metals: Aluminum, Copper, Brass, Bronze, Stainless Steel, Carbon Steel, Steel Alloy, Titanium

Rest: Hard Rubber, Hard Polyurethane…

CNC Turning

CNC Turning and CNC Turn-Mill machining often provide better precision and speed for parts with primary cylindrical features. We use CNC lathes with multiple turning tools, ensuring fast and accurate manufacturing, particularly good at making parts primary to be a cylinder but with complicated features like flats, slots, and holes.

Boring

A single-point tool is fed in a linear manner, running parallel to the axis of rotation, within the inner diameter of a pre-existing hole.

Grooving

Grooving, as a type of CNC turning process, involves the formation of a narrow cavity by pressing a specially shaped tool into the workpiece.

Parting

Parting is a machining process that involves gouging to remove an entire piece from the original workpiece.

Threading

It is a specific type of CNC turning that facilitates the creation of grooves, enabling the workpiece to be easily screwed into other objects.

Knurling

This is a process where a workpiece is intricately cut into a serrated pattern, designed to enhance the grip of materials that require increased traction.

Taper Turning

Taper turning is a machining technique that involves shaping a cylindrical workpiece with a progressively decreasing diameter, resulting in a tapered shape.

Spherical Generation

By utilizing a programmed approach, a form is generated around a fixed axis to gradually decrease the diameter, eventually achieving a flawless spherical shape.

Cylindrical Turning

It is a machining process that uniformly reduces the diameter of the workpiece, ensuring consistent cutting diameter throughout to prevent any variations.

Capabilities

Maximum Dimensions

Maximum Diameter: 500mm or 19.7-inch

Maximum Length: 1800mm or 70.9-inch

Tolerances

Depending on the size and material, generally speaking

Metal: +/- 0.01mm (+/-0.0004 in)

Plastic: +/-0.025mm(+/-0.001 in)

Minimum Wall Thickness

Metal: 0.5mm or 0.02 in

Plastic: 1.0mm or 0.04 in

Material

Plastic: ABS HDPE LDPE Nylon Peek PEI PPSU POM PS PSU PTFE PVC PC PMMA PP

Metal: Aluminum, Copper, Brass, Bronze, Stainless Steel, Carbon Steel, Steel Alloy, Titanium… Learn More >

Common CNC DFM

Sharp Corner

Undercut

Thick Walls

Stress Deformation

Small Hole

Narrow Area

Tolerance Guide

Design for Manufacturing or Design for Manufacturability (DFM) is the optimisation of a part, product, or component’s design, to create it cheaper and more easily. DFM involves efficiently designing or engineering an object, generally during the product design stage, when it is easier and less expensive to do so, to reduce manufacturing costs. This allows a manufacturer to identify and prevent mistakes or discrepancies…Learn More >

Get a Quote

Prototype, Bridge Production & Massive Production

Even if they are all processed by CNC machining, orders of different batches will still affect the processing technology. Compare as follows:

	Prototype	Bridge Production	Massive Production
Prefered Machines	Smaller Tool Stock, More Axis	Bigger Tool Stock, More Axis	More Tool Stock, Less Axis
Fixtures	Mostly Standard Fixtures	Some Custom Made Fixtures	Custom Made Fixtures
Reachable Tolerance	High Precise with large Variance	Precise with some Variance	High Precise with small Variance
Price	Very High / Unit	High/Unit	Low/Unit
Other Things	Manual work might be needed like hand grinding, polishing, etc.		More Processes can be considered, forging, grinding, lasering, welding, brazing etc.

Common CNC Metal Materials

We provide instant quotes for more than 100 kinds of metals and compare the prices of different processing materials for you.

Aluminum

Aluminum is widely favored for CNC machining, primarily due to its exceptional strength-to-weight ratio, corrosion resistance, and excellent machinability. This versatile material enables the creation of complex shapes and intricate parts, incorporating fine details with ease.

Subtypes	Yield Strength	Elongation at Break	Hardness	Density	Max. service Temp
6061-T6	35,000 psi	12.50%	Brinell 95	2.768 g/㎤ 0.1 lbs / cu. in.	130 – 150 °C
7075-T6	<68,000 psi	11%	Brinell 126	2.768 g/㎤ 0.1 lbs / cu. in	100 °C
5052	23,000 psi	8%	Brinell 60	2.768 g/㎤ 0.1 lbs / cu. in.	190 °C
6063	16,900 psi	11%	Brinell 55	2.768 g/㎤ 0.1 lbs / cu. in.	130 – 150 °C
2024	43,500psi	9~15%	Brinell 121	2.768 g/㎤ 0.1 lbs / cu. in.	130 °C
6083	42,000psi	12%

Stainless Steel

Stainless steel enjoys widespread popularity in CNC machining owing to its remarkable strength, durability, and resilience. Throughout the machining process, this material is expertly cut, shaped, and drilled using an array of cutting tools, including drills, mills, and lathes.

Subtypes	Yield Strength	Elongation at Break	Hardness	Density	Max. Service Temp
201	55,000 PSI	52%	Rockwell B87	0.28 lbs / cu. in.	450 – 843 °C
301	33,000 PSI	35 – 46 %	Rockwell B90	0.28 lbs / cu. in.	450 – 870 °C
303	35,000 PSI	40-50 %	Rockwell C95	0.29 lbs / cu. in.	750 – 925 °C
304	31,200 PSI	70%	Rockwell B70	0.29 lbs / cu. in.	750 – 925 °C
316	30,000 PSI	38-55 %	Rockwell C95	0.29 lbs / cu. in.	750 – 925 °C
410	30,000 PSI	20%	Rockwell B80	0.28 lbs / cu. in.	190 – 860 °C
416	44,000 PSI	7-25%	Rockwell B80	0.28 lbs / cu. in.	675 – 760 °C
420	90,000PSI	15 – 20 %	Rockwell C50	0.28 lbs / cu. in.	650 – 700 °C
430	30,000PSI	20 – 24 %	Rockwell B89	0.28 lbs / cu. in.	800 °C
440C	190,000 PSI	8%	Rockwell C20	0.28 lbs / cu. in.	420 – 810 °C
630	160,000PSI	10 – 15 %	Rockwell C40	0.28 lbs / cu. in.	300 – 480 °C

Carbon Steel

Carbon steel is a widely used material in CNC machining known for its high strength, hardness, and durability. It contains a higher carbon content, which enhances its machinability during CNC operations, resulting in precise and consistent parts. There are more materials not listed, please contact us for detailed.

Subtypes	Yield Strength	Elongation at Break	Hardness	Density(lbs/cu.in.)
1045	77,000 psi	19%	Rockwell B90	7.87 g/㎤ 0.284
1018	60,000 PSI	15%	Rockwell B90	7.87 g/㎤ 0.284
4130	122,000 psi	13%	Rockwell C20	7.87 g/㎤ 0.284
4140	60,000 PSI	21%	Rockwell C15	7.87 g/㎤ 0.284
A514	100,000 psi	18%	Rockwell C20	7.87 g/㎤ 0.284
A340	122,000 psi	13%	Rockwell C20	7.87 g/㎤ 0.284

Tool Steel

Tool steel finds widespread use in the production of molds for injection molding processes and as cutting tools, including drills, end mills, and lathe tools. Its ability to withstand high temperatures, mechanical stresses, and repeated cycles makes it an ideal choice for various industrial applications. There are more materials not listed, please contact us for needed.

Subtypes	Yield Strength	Elongation at Break	Ultimate tensile strength	Thermal expansion coefficent	Maximum service temperature
D2	68,000 PSI	16%	124,000 PSI	10.3 – 12 10^-6/ºC	195 – 245 °C
A2	50,000 PSI	21%	103,000 PSI	10.5 – 11 10^-6/ºC	195 – 245 °C
O1	58,000 psi	20%	104,000 psi	11.3 – 11.8 10^-6/ºC	165 – 215 °C
A3	49,000 psi	21%	101,000 psi	11.8 – 14.3 10^-6/ºC
S7	55,000 psi	25%	97,000 psi	10.7 – 11.2 10^-6/ºC	165 – 215 °C
H13	47,000 psi	21%	100,000 psi	10.4 – 12.4 10^-6/ºC

Brass

Brass exhibits remarkable malleability and ductility, allowing for easy shaping and forming. Its bright, gold-like appearance makes it a favored choice for decorative and ornamental applications. Moreover, brass showcases excellent corrosion resistance and good electrical conductivity.

Subtypes	Yield Strength	Elongation at Break	Hardness	Density
C360	15,000 PSI	53%	Rockwell B78	0.307 lbs / cu. in.
CZ121	18,000 PSI	17~20%	Rockwell B60	0.306 lbs / cu. in.
H70	42,000 PSI	40%	Brinel 100	0.308 lbs / cu. in.
H68	53,000 PSI	18~34%	Vickers 105	0.308 lbs / cu. in.
H65	56,000 PSI	44%		0.306 lbs / cu. in.

Cooper

Brass, with its reddish-orange color, is a soft, malleable, and ductile metal. Renowned for its excellent electrical and high thermal conductivity, as well as good corrosion resistance, it remains a highly ductile and malleable material.

Subtypes	Yield Strength	Elongation at Break	Hardness	Density
C110	42,000 psi	9 – 30 %	Rockwell B50	0.322 lbs / cu. in.
C101	37,000 psi	9 – 30 %	Rockwell B60	0.323 lbs / cu. in.
T1	42,000 psi	45~50%	Brinel 35	0.3215 lbs / cu. in.
T2	28,000 psi	45~50%	Brinel 35	0.3215 lbs / cu. in.
T3	30,000 psi	45~50%	Brinel 35	0.323 lbs / cu. in.

Titanium

Titanium is a valuable metal for CNC machining due to its silvery-white color and lightweight. It’s strong, durable, and resistant to corrosion, making it an excellent option. However, working with titanium in CNC machining requires expert skill and precision to meet specific requirements.

Subtypes	Yield Strength	Elongation at Break	Hardness	Corrosion Resistance	Remark
TC1	82,000 PSI	13~25 %	Rockwell B70	Excellent	OT4-1 Other
TC2	70,000 PSI	20 -23 %	Rockwell B80	Excellent	OT4
TA1	39,900 PSI	20%	Rockwell B80	Excellent	GR.2
TA2	54,800 PSI	18 %	Rockwell B90	Excellent	GR. 3

Common CNC Plastic Materials

We provide instant quotes for more than 200 kinds of plastic and compare the prices of different processing materials for you.

ABS

ABS is a copolymer made up of three monomers: acrylonitrile, butadiene, and styrene. The combination of these monomers provides ABS with a unique set of properties, including high impact resistance, good heat resistance, and excellent dimensional stability.

Mechanical properties
Ultimate tensile strength	27.6 – 55.2 MPa
Yield strength	18.5 – 51 MPa
Young’s modulus	1.1 – 2.9 GPa
Elongation at break	10 – 50 %
Hardness	5.6 – 15.3 HV

Thermal properties
Maximum service temperature	61.9 – 76.9 °C
Thermal expansion coefficent	84.6 – 234 10^-6/ºC
Thermal conductivity	0.188 – 0.335 W/(m⋅°C)

PMMA

PMMA also known as acrylic, is a tough and transparent material that resists UV radiation and weather. It can be easily colored, shaped, and used for various applications in construction due to its attractive appearance.

Mechanical properties
Ultimate tensile strength	55 – 83 MPa
Yield strength	64 -80 MPa
Young’s modulus	2.76 – 3.3 GPa
Elongation at break	3 – 6.4 %
Hardness	64 – 105 HRM

Thermal properties
Maximum service temperature	70 – 80 °C
Thermal expansion coefficent	50 – 90 10^-6/ºC
Thermal conductivity	0.19 – 0.2 W/(m⋅°C)

PE

PE (Polyethylene) is a popular thermoplastic polymer known for its exceptional properties. This lightweight, durable, and versatile material is widely used in various applications, as it can be easily processed into different shapes and sizes.

Subtypes	Ultimate tensile strength	Yield strength	Young’s modulus	Elongation at break	Hardness
HDPE	22.1 – 31 MPa	26.2 – 31 MPa	1.07 – 1.09 GPa	500 – 700 %	7.9 – 9.9 HV
UHMW-PE	38.6 – 48.3 MPa	21.4 – 27.6 MPa	0.894 – 0.963 GPa	200 – 500 %	3.4 – 8.3 HV

Nylon

Nylon, a synthetic thermoplastic polymer, requires careful consideration during machining to avoid overheating, which can lead to issues like melting, warping, or damage.

Subtypes	Ultimate tensile strength	Yield strength	Young’s modulus	Elongation at break	Hardness
Nylon 6	64.7 – 79.1 MPa	51.2 – 63.8 MPa	1.58 – 1.97 GPa	200-300 %	Shore D70
Nylon 6 30% GF	113 – 138.1 MPa	111 – 137 MPa	6.5 – 8.1 GPa	2.81 – 4.05 %	Shore D92
Nylon 66 30% GF	90 MPa	90 MPa	5 GPa	10 – 14 %	Shore D76
Nylon 6 FR	82 MPa	82 MPa	3.8 GPa	3 %	Shore D83
Nylon 12	80 MPa	80 MPa	1.9 GPa	200%	Shore D78
Nylon 66	76 MPa	50 – 80 MPa	1.85 GPa	50%	Shore D82

PEEK

PEEK (Polyetheretherketone) is a unique engineering plastic known for its outstanding properties, including high-temperature resistance, self-lubrication, ease of processing, and exceptional mechanical strength.

Mechanical properties
Ultimate tensile strength	70.3 – 103 MPa
Yield strength	87 – 95 MPa
Young’s modulus	3.76 – 3.95 GPa
Elongation at break	30 – 150 %
Hardness	26.1 – 28.5 HV

Thermal properties
Maximum service temperature	239 – 260 °C
Thermal expansion coefficent	50 – 60 10^-6/ºC
Thermal conductivity	0.24 – 0.26 W/(m⋅°C)

PC

Polycarbonate is a strong and tough plastic with flame retardant and antioxidant properties. It has excellent impact strength, transparency, and mechanical properties.

Mechanical properties
Ultimate tensile strength	60 – 72.4 MPa
Yield strength	59- 70 MPa
Young’s modulus	2 – 2.44 GPa
Elongation at break	50 – 120 %
Hardness	17.7 – 21.7 HV

Thermal properties
Maximum service temperature	101 – 144 °C
Thermal expansion coefficent	120 – 137 10^-6/ºC
Thermal conductivity	0.189 – 0.218 W/(m⋅°C)

PP

PP (Polypropylene) boasts remarkable chemical resistance, a high melting point, and low density. When machining PP using CNC, it’s crucial to use a sharp cutter with a high front angle and a low cutting speed. These measures prevent the material from overheating and melting.

Subtypes	Ultimate tensile strength	Yield strength	Young’s modulus	Elongation at break	Hardness
PP Homopolymer		19 – 30 MPa	0.7 – 1.2 GPa	min. 50 %
PP	23 – 33 MPa	30 – 32 MPa	0.9 – 1.6 GPa	8 – 12 %	65 – 102 HRR
PP+GF(30%)	68 – 85 MPa		6.5 – 7 GPa	2.1 – 3.4 %	110 HRC

PET

Polyethylene terephthalate (PET), a thermoplastic material, is a viable option for CNC milling and lathing processes due to its good machinability and versatility. With proper tooling and cutting parameters, PET can be easily shaped and formed, making it ideal for creating prototypes, custom parts, and containers through CNC machining.

Mechanical properties
Ultimate tensile strength	50 – 90 MPa
Yield strength	47 – 90 MPa
Young’s modulus	2 – 3 GPa
Elongation at break	20 – 300 %
Hardness	80 – 96 HRM

Thermal properties
Maximum service temperature	60 – 115 °C
Thermal expansion coefficent	40 – 60 10^-6/ºC
Thermal conductivity	0.15 – 0.28 W/(m⋅°C)

PEI

PEI (Polyetherimide) is a tough and durable material known for its high melting point and abrasive characteristics. By utilizing specialized cutting tools and techniques, it can be effectively cut and shaped to produce high-quality parts with precise tolerances.

Subtypes	Ultimate tensile strength	Yield strength	Young’s modulus	Elongation at break	Maximum service temperature
PEI Ultem 1000	125 MPa	125 MPa	3.1 – 3.3 GPa	12 – 35 %	170 °C
PEI Ultem 2300 30% Glass Filled	135 MPa	135 MPa	5.3 GPa	4 %	170 °C

POM

POM (Polyoxymethylene) is a thermoplastic material renowned for its high stiffness, low friction, easy cutting, and excellent dimensional stability. However, machining POM can be challenging due to its high melting point and susceptibility to chipping or cracking if the cutting parameters are not carefully controlled.

Subtypes	Ultimate tensile strength	Yield strength	Young’s modulus	Elongation at break
Acetal Copolymer(POM-C)	60 – 70 MPa	60 – 67 MPa	2.5 – 2.7 GPa	30 – 32 %
Acetal Copolymer (POM-C) FDA	70 MPa	66 – 70 MPa	2.8 – 3 GPa	32 – 40 %
Acetal Homopolymer (POM-H)	60 – 89.6 MPa	48.6 – 72.4 MPa	2.5 – 4 GPa	15 – 75 %
Acetal Copolymer (POM-C) ESD	39 MPa	45 MPa	2.5 – 2.7 GPa	40 – 50 %

PVC

PVC is strong, durable, and resistant to chemicals, weather, and fire. However, machining it can create harmful dust and fumes that may be unsafe for workers. To keep workers safe, use proper safety equipment and ventilation during the process.

Mechanical properties
Ultimate tensile strength	46 – 58 MPa
Yield strength	53 – 58 MPa
Young’s modulus	2.18 – 3.41 GPa
Elongation at break	25 – 80 %
Hardness	13.7 – 16.6 HV

Thermal properties
Maximum service temperature	85 – 100 °C
Thermal expansion coefficent	112 – 149 10^-6/ºC
Thermal conductivity	0.133 – 0.144 W/(m⋅°C)

PTFE

When machining PTFE, using the right cutting tools is crucial because PTFE has a low friction coefficient, which can lead to overheating and deformation of the tool. To overcome this, carbide cutting tools are commonly employed as they are durable and can withstand heat effectively.

Mechanical properties
Ultimate tensile strength	25 – 31 MPa
Yield strength	14 – 41.4 MPa
Young’s modulus	0.39 – 2.25 GPa
Elongation at break	300 – 450 %
Hardness	50 – 65 Shore D

Thermal properties
Maximum service temperature	250 – 270 °C
Thermal expansion coefficent	7 – 20 10^-6/ºC
Thermal conductivity	0.23 – 0.5 W/(m⋅°C)

Surface Finishes

We have experienced professionals for surface treatment of products

Name	Description	Materials	Color	Texture
Brushing	Brushing is a surface treatment technique that creates decorative lines on the workpiece by grinding the product, resulting in a beautiful and aesthetically appealing finish.	Aluminum, Brass, Stainless Steel, Steel, ABS,etc	N/A	Satin
Sand Blast	Sandblasting is a method that uses high-speed sand flow to clean and roughen the surface of a product. It serves to achieve a specific level of cleanliness and varying roughness on the workpiece surface.	All Metal Materials, Plastic	N/A	Matte
Tumbling	Tumbling is a surface treatment process where materials are placed in a rotating drum or container with abrasive media. The action of tumbling smoothens surfaces, deburrs edges, and improves uniformity.	All Materials	N/A	Smooth, Matte
Polishing	Polishing is a mechanical surface treatment process that uses abrasives or buffing wheels to remove imperfections, smooth surfaces, and enhance the appearance of materials, leaving a shiny and reflective finish.	All Materials	N/A	Smooth
Anodizing	Anodizing is a surface treatment for aluminum and its alloys. It forms a protective layer that boosts corrosion resistance, wear resistance, and hardness while changing the material’s surface appearance.	Aluminum, Titanium	Clear, Yellow, Green, Blue, Black, etc	Smooth, matte finish.
Painting	Attach the product to be sprayed onto the rotating bracket, and then secure the bracket on the assembly line. Apply the paint evenly to the product’s surface. This process enhances the product’s tactile feel, but it may be susceptible to scratches.	All Materials	Clear, Yellow, Green, Blue, Black, Multiple	Gloss, semi-gloss, flat, metallic, textured
Black Oxide	Black oxide is an oxide film primarily utilized to enhance product corrosion resistance and appearance, while reducing light reflection. It is well-suited for treating steel and stainless steel surfaces.	Steel, Stainless Steel	Black	Smooth, matte
Electroplating	Electroplating serves functional, decorative, and corrosion-related purposes, finding widespread use across various industries. For instance, the automotive sector often employs chrome-plating on steel automobile parts.	Aluminum, Steel, Stainless Steel	Gold, Silver, Nickel, Copper, Brass, Zinc, Chrome	Smooth, glossy finish
Powder Coating	Powder coating is a technique for applying dry powder to metal surfaces, typically done electrostatically. The coated metal is then cured through heating or ultraviolet light to create a durable and attractive finish.	Aluminum, Stainless Steel, Steel,etc	Custom	Gloss, matte or semi-gloss
Alodine	An alodine finish is a conversion coating applied to aluminum parts, creating a thin protective film that helps prevent corrosion. It also serves as a primer for further painting processes.	Aluminum, Stainess Steel	Clear, Gold	As machined
Passivation	Passivation used on stainless steel to enhance corrosion resistance. It involves immersing the metal in an acid solution, removing contaminants, and forming a protective oxide layer on the surface, preventing rust and corrosion.	Stainess Steel	N/A	Matte
Electroless Plating	Electroless plating is a chemical process depositing metal onto a substrate without an external electrical current. It involves a catalytic reaction between the substrate and a metal ion solution, creating a uniform and adherent coating.	Metal, Plastic	Gold, Silver, Nickel, Copper, Brass, Zinc, Chrome	Smooth, glossy finish

Frequently Asked Questions

I have a good idea but don’t have a technical drawing, do you provide design service?

Currently, we don’t provide design services, just focus on CNC machining. Although we do have engineers capable of making CAD designs, designing involves intensive knowledge in the field of the product required. Our specialty is converting a design to real not converting an idea to a design.

I have a design, but not sure about the material, can you give me some suggestions?

Yes, we are happy to help you with our knowledge of materials. Please send us the information, we will arrange for engineers to sort it out.

Do you manufacture gears?

Yes, we do. We manufacture gear, worm, helical gear and some bevel gear in our CNC machining service.

Do you manufacture wood products such as furniture?

No, we don’t manufacture wood product.

Do you offer 3D print service?

We don’t do 3D print ourself, if you need them, we can outsources for you.

Do you offer part marking service?

Yes, we do. We do part marking with silk screening, laser engraving, and etching. If you need such service, please send design of the marking in .ai or .dwg form.

I only have a 3D design, don’t have a 2D technical drawing, can you manufacture my design?

Yes we can. 2D drawing contains important information like tolerances, heat treatment, surface treatment etc. Without we will following ISO2768 medium for metal parts and ISO2768 coarse for plastic parts as default, and no heat treatment, no surface treetment, unless otherwise claimed.

Do you offer assembly service?

The answer is case by case. It depends on if we have the assembly equipments and environment. If it is a simple assembly and we have the equipments, we will offer assembly service.

Why .stp file, can I send other other CAD file?

Stp file is an standard 3D file that all CAD and CAM programes (Proe, UG, Solidworks etc.) can open and convert to. If you only have CAD files with other file extension, send to us, we can covert it to stp file.