Material	Other names	Ultimate tensile Strength (MPa)	Yield strength (MPa)	Colors	Common applications
Delrin	POM	60	48.6 – 72.4	Black and White	Pump,valve components and electrical insulator parts
Delrin	Acetal	60	48.6 – 72.4	Black and White	Pump,valve components and electrical insulator parts

 

Material	Other names	Ultimate tensile Strength (MPa)	Yield strength (MPa)	Colors	Common applications
ABS	Acrylonitrile butadiene styrene	55	18-50	Multiple	Automotive applications

 

Material	Other names	Ultimate tensile Strength (MPa)	Yield strength (MPa)	Colors	Common applications
Nylon	PA6	40	50-63	Black and White	Plastic Fasteners and Machine Parts

 

Material	Other names	Ultimate tensile Strength (MPa)	Yield strength (MPa)	Colors	Common applications
Polycarbonate	PC	28-75	39-70	Transparent	compact disc,safety helmets

 

Material	Other names	Ultimate tensile Strength (MPa)	Yield strength (MPa)	Colors	Common applications
PEEK	Polyether ether ketone	50.3-265	65.0-120	Brown and black	Oil and gas industry

 

Material	Other names	Ultimate tensile Strength (MPa)	Yield strength (MPa)	Colors	Common applications
Teflon	PTFE	35-40	9-30	Black and White	Cookware and Machine parts

 

Material	Other names	Ultimate tensile Strength (MPa)	Yield strength (MPa)	Colors	Common applications
Acrylic	PPMA	62-83	64-84	Transparent and black	Consumer

 

Material	Other names	Ultimate tensile Strength (MPa)	Yield strength (MPa)	Colors	Common applications
PP	Polypropylene	27	31-45	Multiple	Medical Applications and Consumer Products

 

Material	Other names	Ultimate tensile Strength (MPa)	Yield strength (MPa)	Colors	Common applications
PVC	Polyvinyl chloride	46-58	31-60	Light yellow	Pumps & valve bodies

 

Material	Other names	Ultimate tensile Strength (MPa)	Yield strength (MPa)	Colors	Common applications
PE	Polyethylene,HDPE,LDPE,LLDPE	15-45	2.7-200	Black and White	Electrical insulation, household containers

 

CNC machining plastic parts offers several distinct features that make them advantageous for various applications. These features include:

 

Lightweight: Plastic is a lightweight material, making it suitable for applications where weight reduction is important, such as in the aerospace, automotive, and consumer electronics industries.

 

Excellent Design Flexibility: Plastic can be molded and machined into complex shapes with intricate details, allowing for a high degree of design flexibility. CNC machining enables precise fabrication of plastic parts, accommodating intricate geometries and fine details.

 

High Impact Strength: Certain plastic materials possess excellent impact resistance, making them suitable for applications where durability against impact or shock is crucial, such as in protective gear, machine enclosures, and automotive components.

 

Corrosion Resistance: Many plastic materials are resistant to corrosion, making them ideal for applications where exposure to chemicals or harsh environments is common, such as in chemical processing plants and marine equipment.

 

Electrical Insulation: Plastic is an excellent electrical insulator, making it ideal for applications where electrical pathways need to be isolated and protected, such as in electrical enclosures, connectors, and insulators.

 

Low Friction and Wear Resistance: Some plastic materials have low friction properties and high resistance to wear, making them suitable for applications involving sliding or rotating parts with minimal lubrication requirements, such as gears, bearings, and sliding components.

 

Chemical Compatibility: Different plastic materials have varying levels of chemical resistance, making them suitable for a wide range of chemical applications, from medical and laboratory equipment to agricultural and industrial applications.

 

Cost-Effective: Plastics are generally more cost-effective than many other materials, such as metals, making them useful in applications where affordability is important, such as in mass-produced consumer goods.

 

Thermal and Electrical Insulation: Plastic materials possess good thermal and electrical insulation properties, making them suitable for applications involving heat transfer or electrical components, such as insulators and electrical housings.

 

Aerospace: Plastic parts find applications in the aerospace industry for components that require low weight and high strength. These include interior parts like seating, cabin panels, storage bins, as well as non-structural exterior parts.

 

Consumer Products: CNC machined plastic parts are used in a wide range of consumer products. Examples include housings for appliances, toys, sporting goods, home décor items, displays, and product packaging. Plastic parts offer design versatility, low cost, and lightweight attributes.

 

Industrial Equipment: Plastic parts are employed in various industrial equipment, such as machinery components, bearings, conveyor systems, and safety guards. CNC machined plastic parts offer corrosion resistance, electrical insulation, and durability in industrial environments.

 

Custom Prototypes: CNC machining plastic parts is often used for rapid prototyping purposes before mass production. The ability to quickly create custom plastic prototypes allows for design validation, functional testing, and making necessary iterations before final production.

 

The versatility and adaptability of custom CNC machined plastic parts make them suitable for a wide range of applications across industries. CNC machining offers precise and efficient production of plastic parts, enabling manufacturers to create high-quality components tailored to meet specific requirements.

 

Equipment List

 

Name	Model No.	Accuracy	Working Range	Qty
CNC Machining Center	T-7	±0.005-300	700*500*500	6
CNC Machining Center	VH85	±0.005-300	850*600*600	15
CNC Machining Center	V-8	±0.005-300	800*500*	6
CNC Machining Center	V-11	±0.005-300	1100*600*600	2
CNC Machining Center	BF850	±0.005-300	800*500*500	1
CNC Machining Center	MVP-1160	±0.005-300	1100*600*600	1
CNC Machining Center	MVP-1166	±0.005-300	1100*600*500	3
CNC Turning Machine	CT52-500	±0.005	3600*1480*1890	2
CNC lathe	SK40P	±0.002	1000*400*400	2
Lathe	C6140	±0.005	1000*400	2
Small Grinder	NS-076	±0.002	Â	2
Big Water Mill	M5012H	±0.002	1200*500*450	2
Sawing Machine	G4232A	Â	Â	1
Hand Grinder	618M	±0.001	300*200*200	3
Milling Machine	FTM-E3	±0.005	750*220*400	7

 

 

Quality Control Devices

 

Name	Model	QTY	Brand	Original	Range	Accuracy
Three-dimensional detector	CVA800A	1	ACCRETECH	JAPAN	850*600*600	0.003mm
Projector	V-128	4	NIKON	JAPAN	80*100	0.001mm
Height machine	Hite-700	3	TESA	SWISS	0-920mm	0.001mm
Altimeter	MS-11C	15	NIKON	JAPAN	0-100mm	0.001mm
Micro-meter	293-240	20	Mitutoyo	JAPAN	0-250mm/250-500mm	0.001mm
Hardness Tester	HR150A	3	Brv	CHINA	0-90HRC	0.1HRC
Tool Microscope	MM-400	4	NIKON	JAPAN	100*100	0.001mm
Micro-scope	SZM445	4	Weinuo	CHINA	0-100X	Max100
Dial indicator	513-404	20	Mitutoyo	JAPAN	0-1mm	0.001mm
Caliper	505-372	15	Mitutoyo	JAPAN	0-150mm/0-200mm	0.01mm
Block gauge	GB/L1	3	Chuanzhi	CHINA	0.5-100	0.01mm
Go-no go fixed gauge	6G	1	OSG	JAPAN	14-40	Interval 1mm
Concentric machine	CON2-260D	1	steel	CHINA	0-260	0.004mm
Gauge	GB/L1	1	Chuanzhi	CHINA	0.5-0.8	0.01mm
Thread gauge	55° 60°	1	WHITWOTH	GERMAN	0.25-6.0	Interval 0.05mm
Roughness tester	SJ-410	1	Mitutoyo	JAPAN	Â	Â

 

 

At Shenzhen Kuandi Industrial, we believe that quality control is crucial for maintaining high standards in our CNC precision machining processes. To ensure this, we have established the following quality control policy:

 

Compliance with Specifications: Our quality control team ensures that all CNC precision machining processes adhere to the specified requirements and tolerances set for each project. This includes dimensions, surface finishes, material properties, and any other relevant specifications.

 

Documentation and Traceability: We maintain comprehensive documentation throughout the manufacturing process, including material certifications, inspection reports, and test results. This enables us to trace each part back to its original production process and ensures transparency and accountability.

 

Inspection and Testing: All components and finished products undergo rigorous inspection and testing procedures to verify their accuracy, precision, and functionality. This involves using calibrated measuring devices and state-of-the-art inspection equipment to identify any deviations from the desired standards.

 

Continuous Improvement: We foster a culture of continuous improvement, encouraging our employees to identify areas for enhancement and implement necessary changes. Our quality control team regularly reviews feedback from clients, monitors production processes, and seeks new technologies and techniques to enhance our precision machining capabilities.

 

Employee Training and Development: We invest in regular training programs to ensure that our employees are well-equipped with the necessary skills and knowledge to maintain quality standards. This includes training on measurement techniques, equipment operation, and relevant industry standards.

 

Supplier Partnerships: We collaborate closely with our suppliers to maintain a consistent supply of high-quality materials. We work with trusted suppliers who share our commitment to quality and regularly evaluate their performance to ensure their adherence to our standards.

 

Customer Satisfaction: Customer satisfaction is our top priority. We closely collaborate with our clients to fully understand their requirements and provide customized solutions to meet their needs. We promptly address any concerns or issues raised by our clients and take immediate corrective action, if necessary.

 

By adhering to this quality control policy, we strive to consistently deliver CNC precision-machined products that meet or exceed customer expectations, while ensuring optimum process efficiency and reliability in every project we undertake.

 

Custom Materials Available List

 

 

http://www.kuandicnc.com/