BRASS STANDOFFS
BRASS STANDOFFS
Custom Brass Standoffs Manufactured to Your Drawing
BOLTORQ BRASSMET INDUSTRIES manufactures custom brass standoffs for electrical, electronic, automation, instrumentation and industrial applications. Standoff components can be developed according to customer drawings, specifications or samples.
Prototype → Small Batch → Repeat Production
Precision Brass Standoffs for OEM & Industrial Applications
Brass standoffs are turned components used to maintain spacing between components, support assemblies and provide a defined mounting or connection arrangement.
BOLTORQ BRASSMET INDUSTRIES supplies custom brass standoffs manufactured to customer drawings, specifications or samples.
Standoff configurations can be developed around the required: Dimensions, Length, Thread, configuration, Internal or external threading, Geometry, Material requirement, Finish, Quantity, Application
Brass Standoff Types & Configurations
Cylindrical brass standoffs developed for component spacing, mounting and assembly requirements.
Hexagonal standoff components providing external flats for installation and assembly requirements.
Internally threaded standoffs designed for applications requiring threaded connections at both ends.
Standoffs combining male and female threaded configurations for component mounting and separation.
Externally threaded standoff configurations developed for specific mounting and joining requirements.
Standoff components incorporating the required internal or external thread configuration according to the customer specification.
Brass standoff components for electronic and electrical assemblies where controlled component spacing and mounting are required.
Standoffs with a knurled external section where the design requires additional grip or retention.
Special standoff configurations manufactured according to customer drawings, samples or technical requirements.
Applications of Brass Standoffs
Electronics
Standoffs for component mounting, separation and assembly requirements in electronic equipment.
Electrical Equipment
Custom standoffs for electrical assemblies and equipment where defined spacing or mounting is required.
Industrial Automation
Standoff components used within automation equipment, control assemblies and industrial systems.
Instrumentation
Custom components for instruments and equipment requiring controlled component positioning.
Machinary
Standoffs used for mounting, separation and positioning within mechanical assemblies.
OEM Assembiles
Drawing-based standoffs developed around specific OEM component and assembly requirements.
Brass Standoff Specifications
Components Developed Around Your Requirements
A standoff is normally defined by its geometry, spacing requirement and connection configuration.
Need Brass Standoffs Made to a Drawing?
Your Drawing. Your Specification. Your Standoff.
BRASSMET can review brass standoff requirements based on customer engineering information.
Customers can provide:
- PDF engineering drawing
- CAD drawing
- STEP / DXF file
- Photograph
- Physical sample
- Technical specification
Requirement → Technical Review → Feasibility → Quote → Sample → Production → Repeat Supply
Manufactured for Consistent Component Supply
Brass Standoff Manufacturing
TURNING → DRILLING → THREADING → SECONDARY MACHINING → FINISHING → INSPECTION
Quality Inspection for Brass Standoffs
Each brass standoff requirement is reviewed against the applicable customer drawing or specification before final supply.c
Brass is commonly selected for turned components where machinability, corrosion resistance and electrical properties are relevant to the application.
For standoff applications, brass can be considered where the component needs to provide:
- Component separation
- Mechanical positioning
- Threaded mounting
- Assembly support
- Electrical or electronic component spacing
- Repeatable turned geometry
Engineering-focused statement
Material selection should be based on the application’s mechanical, electrical, environmental and dimensional requirements and the applicable customer specification.
Standard catalogue components may not match every assembly requirement. BOLTORQ can work from customer-provided technical information to develop custom standoff components subject to technical review and manufacturing feasibility.
Suitable requirements include:
- New component development
- OEM assemblies
- Replacement components
- Prototype requirements
- Small production batches
- Repeat production
- Custom threaded configurations
NEED CUSTOM BRASS STANDOFFS?
Send your drawing, CAD file, sample or component requirements to BOLTORQ BRASSMET INDUSTRIES.
PDF · STEP · DXF · CAD · JPG · PNG · SAMPLE
Frequently Asked Questions About Brass Standoffs
What are brass standoffs used for?
Brass standoffs are used to maintain spacing between components and provide mounting, positioning or separation within electrical, electronic, mechanical and industrial assemblies.
Can you manufacture custom brass standoffs?
Yes. BOLTORQ can develop custom brass standoffs according to customer drawings, specifications or samples, subject to technical review and manufacturing feasibility.
Can brass standoffs be manufactured from a drawing?
Yes. Customers can submit an engineering drawing, CAD file, sample or technical specification for review and quotation.
What types of brass standoffs can you manufacture?
Depending on the requirement, configurations can include round, hex, threaded, male-female, female-female, male-male and other custom standoff geometries.
Do you manufacture threaded brass standoffs?
Yes. Threaded brass standoffs can be developed according to the required internal, external or combined thread configuration specified by the customer.
What information is needed for a brass standoff quotation?
Useful information includes the standoff type, dimensions, length, thread requirements, material, finish, quantity, application and the relevant engineering drawing or sample.
Are brass standoffs suitable for electronic assemblies
Brass standoffs can be used in electronic assemblies where component spacing, mounting or positioning is required. The exact configuration should be determined from the application's design requirements.
What is the difference between a brass spacer and a brass standoff?
Both can provide component spacing, but a standoff commonly incorporates a mounting or threaded configuration that allows components to be supported or connected at a defined distance.
