CNC Machined Parts Production | Engineering Plastics, Metal
Rapid Precision Parts Machining for Automotive, Medical, Solar, Semiconductor
Component CNC machining for automotive, factory automation, medical, semiconductor, and solar panel applications.
We specialize in machining engineering plastics: PEEK, PVC, PTFE, PP, PI, PAI, PVDF, PCTFE, ULTEM; aluminum alloy, stainless steel, carbon steel, cobalt-chrome, copper and various ceramics including silicon carbide.
Precise manufacturing for small, medium and large volume projects to meet strict tolerance requirements. We can produce CNC machined parts in quantities from one piece to thousands of pieces. LPR Global also provides assembly and sub-assembly services.
Machining capabilities include 3-5 axis machining; turning and milling, assembly, testing, various finishing services.
Our technical knowledge extends into product design, development, rapid prototyping, and manufacturing cleanrooms. We operate a complete a fully equipped facility meeting ISO 9001, ISO14001, ISO Cleanroom assembly Class 7 standards.
Custom CNC Machining and Rapid Machining Services
Mass-production of engineering plastics, stainless steel, aluminum, copper, zircon machined components for automotive, medical and life science, semiconductor, and renewable energy applications.
Single supplier of assembly and sub-assembly services for plastic, metal, and hybrid components. Our team is able to handle small, large, long-term, and specialty volume orders equally well.
With our CNC and MCT machining centers, we use the very latest technology in CNC turning, CNC milling, grinding, laser cutting, wire cutting, assembly and testing equipment. With a high degree of automation, our production machining facilities are able to run 24/7, without any human intervention.
Our production facilities meet the following quality control and management standards: ISO 9001:2015 Quality Management System, Quality Management System Certification ISO14001 (KMR) SEMES, Certificate of Supplier Quality (SSQ), Membership of Smart Industry Promotion Association, Certificate of Environmental Management System (ISO 14001), ISO Cleanroom, Class 7.
CNC Machined Parts Project Experience | Applications
- Medical & Life Science: DNA/RNA auto extruder parts, medical image camera parts, syringe needles used to insert optic lenses, tracking sensors, surgical instruments, imaging instruments.
- We offer production of complex calcium silicate implants using CNC machining machining services.
- Cleanroom supplies, biopharma devices, sterilization and infection prevention, medical device and implants.
- Production of FDA complied components. Experience working with heat, radiation resistant materials and USP Class VI silicones for medical components manufacturing.
- Automation: power train auto assembly line, auto sorting and feeding line instrument parts, conveyor components, clean socket lift parts.
- Semiconductor: cleaning equipment parts, ultrasound-air-bearing wafer chip probing test parts, test handler equipment parts, saw and sorter equipment parts, assembled spin chuck (PIFE and SPM chuck) for etching, cleaning, ringing and drying of silicon wafers.
- Automotive: high-strength composite parts. Lightweight structural, interior components, as well as engine and suspension components, exhaust parts, fluid system and lighting components.
- Solar, Wind, Renewable Energy: wind turbine wear components, bushes, liners, grippers, valves, seals, solar sell wafer holders.
- Defense, Aerospace, Aviation: CNC machined titanium components, seating components, structural and engine components.
Machined Engineering Plastics Components
PEEK Engineering Plastics | Semiconductor, Automation, Medical
PVC Engineering Plastics | Medical, Semiconductor, Automation, Renewable Energy
PTFE Engineering Plastics | Semiconductor, Medical
ULTEM, BAKELITE, PEEK, POM, PCTFE Engineering Plastics
Stainless Steel, Aluminum Alloy, Copper, Zirconia Ceramics, Alumina Ceramics
Mass Produced CNC Machined Engineering Plastics, Metals, Copper, Ceramics
Our decades of machining experience have proven our CNC machined parts to have shorter design and development lead times and reduced project start times. In addition, LPR Global CNC machined parts have consistent production quality, improved wear performance compared to molded or stamped components and are capable of having high part tolerances (.001″). CNC machined components are used for prototypes, low and medium sized project volumes, as well as machining for OEM volumes.
Processing Equipment Capabilities | Production Facilities
Our facility is equipped with 24 machining centers for engineered plastics processing, 17 machining centers for metal fabrication, as well as measuring, surface finishing and assembly equipment.
We guarantee a controlled manufacturing environment, maintained to very strict standards of quality, precision and hygiene.
Our multi-axis machining centers are suitable to process a broad range of materials, including medical grade, FDA compliant materials used as production and process equipment in chemically intense analytical environments.
Engineering Plastics Machining
CNC Lathe, High Cutting Rate Advanced Vertical Machining Center, CNC Tapping, Drilling Center, Horizontal Grinding Machine, CNC High Productivity Machining Center
Models: HI-TECH 200A, VESTA 1300B, VESTA-1000, HIT-400, LG-1000A, DNM-650, DNM500
Stainless steel, Aluminum, Copper
MCT, CNC, Universal Milling
High Speed Vertical Machining Center, Y-axis Vertical Machining Center, High Productivity CNC Horizontal Lathe Turning Center, CNC Bore Milling Center, All in one Horizontal Machining Center, High Precision Lathe Center
Models: SIRIUS 7040, VESTA 1000, HI-TECH 400, HI-TECH 200C, MSM-T, HL-460
Engineering Plastics, Metals, Non-metals Components Processing
CNC, MCT Line
Testing, Measuring Equipment
CNC Machined Parts Project Expertise
Main project experience is related to precision processing of components for the semiconductor (front and back end rotating and positioning wafer handling), factory automation (robotics systems, turntables, feeding and conveyor lines, turntables), medical, solar, wind, display applications.
Global client base includes the following companies: SEMES, Samsung Electronics, Samsung Display, SFA, GSA, Hanwha Q Cells, Genolution.
Design to Production Process:
- Client provides engineering design files or requests assistance with part design or verification.
- Upon design approval, prototype machining and assembly begins -> samples are sent to the client for verification and approval.
- Once the customer approves prototypes, our production team proceeds with the tool design and build phase.
- Quality criteria is confirmed with the client at this stage. Our team then proceed to the Production Part Approval Process (PPAP).
- Last stage is mass production and parts testing.
Medical, Life Science Project Experience
When CNC machined parts must meet tight component tolerances of medical and solar assembly lines, our experience supplying components for these processing lines becomes critical for clients.
- Chemical feed line components
- Q plus module line parts
- Pick-up, transfer and conveyor equipment parts
- Nucleic acid assembly equipment components
Semiconductor Project Experience
CNC machining of semiconductor wafer inspection and processing. Wafer chucks, hot chucks, cold chucks, thermal chucks, silicon chucks produced to meet anodized aluminum and teflon coated, aluminum, nickel, and gold surface requirements.
Engineering Plastics, Ceramics and Metal CNC Machined Parts
CNC Materials | Engineering Plastics
A mechanically strong, chemically stable plastic even in high temperatures. Parts made of PEEK plastic can be used in dynamic and demanding situations, such as bearings or pumps and valves.
A widely used, lightweight but strong plastic. The economical and versatile nature of PVC makes it suitable to use for parts in a variety of applications, from electronics to healthcare.
A plastic with a low coefficient of friction and high mechanical strength. Parts machined from PTFE are generally used to reduce wear and tear and energy consumption in machinery due to its low friction.
A chemically unreactive, mechanically robust and economical plastic. Polypropylene parts can be used in situations of high fatigue and stress, such as in hinges and other moving components.
Stronger, stiffer but less chemically resistant than PTFE. Parts machined from PCTFE are widely used in electronic casing applications, due to its water-repelling properties as well as its electrical resistance.
A high strength material with one of the highest dielectric strengths among plastics. ULTEM plastic components are commonly used in electrical applications, such as in semiconductor equipment or medical instruments.
A plastic that is known for its durability and electrical insulation properties. Bakelite is used in very specific applications, such as in automotive components or industrial electrical components.
A rigid and strong plastic with a low coefficient of friction. POM parts are used for precise engineering applications, such as ball bearings and mechanical gears.
CNC Materials | Metals
Strong, lightweight and resistant to corrosion. Parts machined from aluminum alloy can be implemented in a wide variety of applications, including components in the automotive and aerospace industries.
AISI 304 is an austenitic stainless Nickel-Chromium stainless steel alloy. Corrosion-resistant and mechanically robust, stainless steel machined parts can be found in a range of industries, from consumer appliances to nuclear power. Other steel types are available upon request.
Copper alloys can suit a range of requirements due to the wide range of compositions available. Alloys such as brass or bronze can be suitable for a wide range of industrial applications.
CNC Materials | Ceramics
High mechanical, thermal and chemical stability combined with its unique electric properties makes parts made of Zirconia useful in industries such as communications, energy and electronics.
Rigid and resistant to wear, Alumina ceramics also have a low dielectric constant making them ideal insulators. Alumina ceramics can be used in a variety of applications, including seal rings, medical prosthesis and electronic substrates.
Very rigid and durable ceramic that can withstand extremely high temperatures. Parts made of silicon carbide can be used in applications requiring high endurance or heat resistance, such as in car brakes, bearings or furnace parts.
Extremely high hardness and durability, making parts machined from cemented carbide suitable for wear parts, and industrial tools. Examples of applications include nozzles for oil and gas, rings, and bushings.
Ceramics with high strength, thermal shock resistance and resistance to corrosion. Due to these properties, parts machined from Sialon are commonly used in the chemical and oil and gas industries.