What exactly is CNC Machining?
cnc machined metal part
COMPUTER NUMERICAL CONTROL Machining is a subtractive manufacturing method that uses trimming tools to remove material from a block of natural material or a pre-existing part.
Capability = Velocity
Our own capacity permits all of us to create COMPUTER NUMERICAL CONTROL machined parts with unrivaled speed.
In the same time, our experienced technicians ensure the greatest requirements with innovative software and equipment.
Capability = Range
All of us operate more than 20 state-of-the-art engineering centers with a wide variety of CNC equipment such as single axis lathes.
Single axis lathes are perfect for executing round components such as valve, engine components and thread shafts.
Our own CNC machining facilities also utilize trimming edge 5-axis machines, which substantially reduce turnaround time by reducing intermediate setups and enabling undercuts and off-axis features.
COMPUTER NUMERICAL CONTROL Machining Is Supporting Technology
We also utilize CNC Engineering as a valuable secondary procedure for our 3D imprinted parts that need dull, drilling, face milling or other accuracy machining for improving features.
We have been dedicated to providing the quickest CNC engineering in the industry, with projects designed and started the same day as order.
Precise Completing for Cnc-machined Components
We provide a variety of expertly applied finishing options to enhance the mechanical and aesthetic properties of your CNC machine component, including artwork, anodizing, EMI and RFI shielding and hand polishing.
COMPUTER NUMERICAL CONTROL Machining Components
Fulfill your most challenging and precise programs with CNC materials. We can machine practically any architectural material, including plastic materials, metals, alloys, and foam or pedaling board.
Material
Description Benefits Applications Properties
ABS
Low cost engineering plastic that is simple to machine and fabricate
Outstanding impact resistance
Great machinability
Excellent visual characteristics
Easy to paint and stuff
Good strength and stiffness
Inexpensive
Precision machined prototypes
Structural components
Support prevents
Enclosures
Covers
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Polycarbonate
Architectural plastic with excellent dimensional stability and good strength and stiffness over an array of service temperatures.
Lower moisture assimilation
Great insulating properties
Outstanding flammability ranking
Simple to fabricate, color and glue
Strength applications requiring clearness and impact power including lenses, manifolds, site glasses and machine guards
Electric applications
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Polycarbonate twenty percent GF
20% cup reinforced polycarbonate with higher temperature and tensile properties.
Exceptional impact strength
Outstanding dimensional stability
Exceptional mechanical strength and stiffness
Transparency
Great electrical properties
Great machinability
Gears, rollers, internal mechanical components, connectors and electric relays
Pumps, regulators, light bezels and instrument panels
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Synthetic 6/6
Type 6/6 is a common purpose, standard quality nylon. Extruded in natural and dark.
Outstanding wear level of resistance
Low frictional properties
Very good heat, chemical and impact properties
Ideal for metal replacement programs such as:
Bearings
Equipment
Sheaves
Sprockets
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30% GF Synthetic
30% glass-fiber strengthened nylon 6/6 materials with superior scratching and wear level of resistance.
A lot more than double the strength and tightness of unreinforced extruded nylons
Heat deviation temperature approaches the melting point
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Delrin
Crystalline plastic material that offers a great balance of properties that bridge the gap between alloys and plastic materials
Great dimensional balance
Outstanding machinability
Superior impact and creep level of resistance
High fatigue stamina
High strength and stiffness properties
Chemical substance resistance to energy sources and solvents
Lower moisture absorption
Great wear and scratching properties
Ideal for many commercial wear and mechanical programs
Parts subjected to a moist or damp environment, such as pump and control device components
Equipment
Bearings
Bushings
Rollers
Fixtures
Electrical insulator components
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HDPE
HDPE is utilized in a multitude of programs and industries where excellent impact level of resistance, high ultimate tensile strength, low moisture absorption and chemical and rust resistance properties are required.
Meets FDA/USDA food handling recommendations (natural color)
Chemical- and corrosion-resistant
Light-weight
No moisture assimilation
High tensile power
Non-toxic
Non-staining
Thermoforming performance
Light responsibility chain manuals
Orthotic and prosthetic devices
Secondary hold
Storage containers
Thermoformed material dealing with devices
Water storage space
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Polypropylene
Crystalline materials noted because of its high strength-to-weight ratio, excellent chemical resistance and high performance in thermoforming and rust environments
Appropriate for applications to 180F (82C)
Resists most acids, alkalis and solvents
Meets FOOD AND DRUG ADMINISTRATION 21CFR 177. 1520
Thermoforming performance
Chemical- and corrosion-resistant
Simply no moisture absorption
Fulfills USDA guidelines for use in government inspected meat and poultry packing facilities
Orthotic and prosthetic devices
Plenums and manifolds
Secondary keep
Valve bodies
Plating and anodizing process equipment
Pump components
Storage tanks
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Obvious Acrylic
Rigid, hard thermoplastic material that is characterized by its color range availability and easy fabrication
Excellent ULTRAVIOLET stability
Sign produce
Point of Product sales display models
Security glazing
Machine enclosures
Model produce
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PVC
Normal impact, high corrosion resistant polyvinyl chloride
High strength-to-weight ratio
Cost efficiency
Ease of manufacturing
Economic balance
Preferably suited to applications where maximum chemical level of resistance is essential
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ULTEM? one thousand Botanical
Amorphous thermosoftening plastic polyetherimide (PEI) materials that combines exceptional mechanical, thermal and electrical properties; Organic ULTEM 1000 Botanical (unreinforced) is a translucent amber materials
Excellent mechanical power
Outstanding heat level of resistance
Exceptional resistance to environmental causes
Natural flame resistance with low smoke development
Medical
Electronic/Electrical
Micro wave
Automotive
Plane
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ULTEM? 1000 20% FRIEND Resin
Addition of glass fiber encouragement to the fundamental ULTEM? Resin
Greater tensile strength and solid design
Improved dimensional balance
Medical
Electronic/Electrical
Tiny wave
Automotive
Plane
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G-10 FR4
Flexible, all-around electrically insulation materials
Epoxy impregnated laminate which fulfills UL94-V0 requirements
May be machined or die-cut to meet any custom requirements
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Metal Components for CNC Engineering
Material
Description Benefits Applications Properties
Aluminium 6061 T6
Usually selected where welded or brazing is required or because of its high corrosion level of resistance in all emotions; Machining is more difficult as in comparison with the other machining metals
Formability is excellent in O temper and good in the T4 temper
Rust resistance and appearance after anodizing are superior to other screw machine metals while strength is the lowest
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Aluminum 7075 T6
Baseline 7XXX metal with a balance of properties required for aerospace programs
First successful Al-Zn-Mg-Cu high strength metal using the beneficial effects of the alloying addition of chromium to build up good stress-corrosion cracking level of resistance in sheet products
Aircraft and aeronautical structures
Alclad pores and skin sheet
Structural dish components up to 4 inches in thickness
General aluminium aerospace applications
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Microphone 6
Similar to those in the 7000 series with precise adaptable improvements of Zinc, Copper mineral, Magnesium and components of Silicon, Metal and Manganese
Gentle weight
Smooth flatness tolerance
Good engineering qualities
Free from tension, contaminants and porosity
Machine components
Aerospace and auto components
Electronics
Laser beam technology and optic industry
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303 Metal Steel
Austenitic free-machining stainless steel used mainly for components requiring machining, milling or polishing
Great corrosion resistance in mild environments
Great forming properties
Plane applications
Machine components
Pump and control device parts
Architectural programs
Nuts and installation bolts
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Mild Metal
Stainless-steel
Tool Metal