Precision machining is a manufacturing process in which machines are used to create parts with high levels of accuracy. The machines used for precision machining are typically CNC (computer numerical control) machines, which are controlled by a computer program. The program tells the machine what cuts to make and how to make them, in order to create the desired part.
Precision machining is used in a variety of industries, including aerospace, medical, and automotive. It is often used to create parts that require tight tolerances, such as engine parts, medical implants, and aerospace components.
What factors should you consider when choosing a precision machining service
There are many factors to consider when choosing a precision machining service. Here are some of the most important factors to keep in mind.
Why Choose FRIMA Precision Machining Services
- We can manage any production volume, from prototypes to mass production.
- The parts can be machined to the same close tolerances, repeatedly, from part to part.
- We measure and cut most precision parts with exact specifications.
- We have various CNC machining and precision machining facilities and setups to ensure capability.
- Our high flexibility allows us to tackle intricate complex designs and take them to market.
FRIMA adheres to a wide range of industry standards, including QMS TS 16949, ASTM, ANSI and those compatible with MRP/ERP, and is certified to ISO 9001. As a supporter of lean manufacturing production practices, FRIMA can work with CAD files in AutoCAD, SolidWorks, and Pro/E formats.
FRIMA’s range of equipment and their team’s vast knowledge and expertise has earned them a well-deserved global reputation for precision machining. Contact them for more information, or see the table below.
PRECISION MACHINING CAPABILITIES
Equipment |
CNC Control Capabilities
Vertical and Horizontal Machining Centers5-Axis Mills
vertical Mills
Drill Presses |
Raw Material Forms |
Coil
Sheet
Plate |
Bar
Round
Extrusions |
Materials |
Aluminum
Cold Rolled Steel
Hot Rolled Steel
stainless steel
Plastics |
Brass
Copper
Galvanized
Reinforced Epoxy(FR4) |
Finishes |
Graining
Plating
Powder Coating |
Wet Paint
Silk Screening |
Plating |
Conversion Coating (Alodine)
Zinc
Nickel
Anodize |
Tin
Gold
silver
Passivation |
Part Length |
up to 24 in |
Part Width |
up to 24 in |
Part Height |
up to 12 in |
Tolerance |
±.001 in
±.0254 mm |
value Engineering |
Manufacturability
Cost Reduction |
Production Volume |
Prototype to Production |
Production Lead Times |
6 weeks |
Machining Processes |
Milling
Boring
Countersinking |
Drilling
Tapping
Counterboring |
Secondary Processes |
Heat Treating
welding
Spot welding
wet Painting
Powder coating |
Plating
Silk Screening
Hardware Installation
Mechanical Assembly
Precision Liquid Dispensing (FIP) |
Show All
ADDITIONAL INFORMATION
Industry Focus |
Military and Defense
Medical
Lighting
Electronics |
Energy
Communications
Transportation |
Intended Applications |
Computer Chassis
Testing Equipment
Rack Solutions |
lndustry Standards |
AS910OD Certified
ANSI
ASTM
ITAR Compliance
|
ISO 9001:2015 Certified
Mil-Spec
RoHS
Reach |
Efficiency |
Kanban
Lean Manufacturing
Just ln Time (JIT) |
ESMI
ERP |
File Formats |
SolidWorks
AutoCad
DraftSight
|
.STEPI.STP
.IGES
.DFX.DwG |
Show All