Custom Bushings for Motion, Support and Protection
Drawing-based bushings for rotating, sliding and locating applications. Select the material, fit and finish for your load, speed and service environment.
What Is a Bushing?
A bushing protects the parent part while guiding motion, managing friction, absorbing vibration or sealing a working gap.
Wear Protection
Provides a replaceable wear surface for shafts and bores.
Motion Control
Supports rotary, linear and oscillating movement.
Vibration Control
Elastomer options isolate shock, noise and structure-borne vibration.
Alignment and Sealing
Maintains fit, position and selected sealing functions.
When Is a Bushing the Right Choice?
Choose a bushing when the base component should be protected, service access matters, or the design needs a defined friction and compliance point.
Protect the Parent Part
Use a replaceable wear element instead of wearing the housing or precision bore.
Manage Motion
Match clearance, hardness and friction to rotary, sliding or oscillating loads.
Reduce Service Cost
Replace the bushing rather than the complete arm, bracket or housing.
Fit the Environment
Choose metal, plastic, rubber or composite construction for temperature, media and lubrication.
Bushing Types for Different Loads and Fits
Select the structure from the load direction, installation method, available space, service environment, and replacement requirements.
Sleeve Bushings
Function: Simple cylindrical support for rotary or oscillating shafts.
Select when: You need radial support and a compact replaceable wear surface.
Flanged Bushings
Function: An axial shoulder locates the part and helps resist push-out.
Select when: Axial positioning or a positive installation stop is required.
Threaded Bushings
Function: Threads combine positioning, fastening, or adjustment in one part.
Select when: The bushing also needs to secure or adjust an assembly.
Drill Guide Bushings
Function: Provides hard, accurate guidance for tooling and repeatable drilling.
Select when: Hole location, repeatability, and tool guidance are critical.
Self-Lubricating Bushings
Function: Supports low-friction movement where grease access is limited.
Select when: The interface is dry, clean, difficult to lubricate, or maintenance-sensitive.
Rubber & Hydraulic Bushings
Function: Adds compliance and damping for vibration-control assemblies.
Select when: Shock isolation and controlled stiffness matter more than sliding wear performance.
Bushing Materials, Grades and Service Environments
Select the material from load, speed, lubrication, temperature, corrosion exposure, dimensional stability, and required service life.
Aluminum
Often called light alloy, aluminum reduces weight while providing corrosion resistance and good thermal conductivity for lightweight assemblies.
6061-T6, 6082-T6, 7075-T6
Natural silver, black, gray, or colored anodized finishes
Lightweight equipment, moderate loads, dry or mildly corrosive service
Spacers, sleeves, guides, housings, robotics and electronics parts
Anodizing, hard anodizing, bead blasting and powder coating
Stainless Steel
Also known as corrosion-resistant steel or inox, stainless steel combines strength, cleanliness, and corrosion resistance for demanding service environments.
303, 304, 316L, 420 and 440C
Natural silver, brushed, polished, or passivated
Moisture, washdown, chemicals, marine and clean-service applications
Valve sleeves, pump parts, medical guides and food-equipment bushings
Passivation, polishing, electropolishing and PVD coating
Alloy Steel
Chromium-molybdenum grades such as 4140 provide higher strength, fatigue resistance, and heat-treatment flexibility for loaded wear interfaces.
4140, 4340, 40Cr, 42CrMo and F22
Steel gray, black oxide, nitrided, or plated
Heavy loads, impact, fatigue, elevated temperature and hydraulic service
Wear sleeves, pins, gears, shafts and heavy-duty machinery parts
Quenching, tempering, nitriding, carburizing, black oxide and plating
Carbon Steel
Low-carbon grades are commonly called mild steel. Carbon steel offers an economical balance of strength and machinability for general mechanical parts.
Q235, 1018, 1020, 1045 and 45#
Steel gray, black oxide, zinc plated, or painted
General machinery with controlled corrosion exposure
Sleeves, spacers, locating parts, pins and equipment bushings
Black oxide, phosphating, zinc plating and heat treatment
Brass
Sometimes called yellow brass or free-machining brass, it offers excellent machinability, corrosion resistance, and stable dimensions.
C36000, H59, H62 and CZ121
Natural gold, polished, brushed, or plated
General fluid systems, instrumentation and non-aggressive environments
Threaded bushings, fittings, valve sleeves and instrument parts
Polishing, nickel plating, tin plating and passivation
Bronze
Often called bearing bronze, it provides good wear resistance, low friction, and dependable load capacity for sliding interfaces.
C93200, C95400, ZCuSn10P1 and ZCuAl9Fe4
Reddish bronze, golden bronze, or dark oxidized bronze
Moderate-to-heavy loads, marine exposure and lubricated sliding service
Sleeve bearings, thrust washers, worm gears and heavy machinery parts
Machined finish, oil grooves, graphite plugs and protective treatment
POM / Acetal
POM is commonly called acetal, while Delrin is a well-known brand name. It offers low friction, dimensional stability, and low moisture absorption.
POM-C, POM-H and Delrin
Natural white, black, blue, or custom colored
Dry or lightly lubricated precision motion at moderate temperature
Precision bushings, guides, rollers, gears and automation parts
Machined finish, deburring and light polishing
PTFE
Commonly known by the brand name Teflon, PTFE provides extremely low friction and outstanding chemical resistance for specialized sliding conditions.
Virgin PTFE, glass-filled PTFE and carbon-filled PTFE
Natural white, black, brown, or filled-material colors
Chemical exposure, low friction, elevated temperature and clean service
Sliding bushings, seals, valve seats and chemical-equipment parts
Precision machining, deburring and controlled surface finishing
Nylon / PA
Also called polyamide or PA, nylon provides toughness, wear resistance, and impact performance for durable general-purpose guides and bearings.
PA6, PA66 and MC Nylon
Natural white, black, blue, green, or custom colors
Moderate load, impact-prone and general wear applications
Guide bushings, bearing sleeves, rollers, gears and conveyor parts
Machined finish, deburring and light edge polishing
UHMW-PE
Usually shortened to UHMW, this material offers excellent impact resistance, abrasion resistance, and a low-friction surface for low-load sliding systems.
UHMW-PE, anti-static UHMW and filled UHMW
Natural white, black, green, blue, or custom colors
Abrasion, moisture, impact and low-friction sliding service
Conveyor guides, wear strips, liners, rollers and low-load bushings
Machined finish, deburring and controlled edge rounding
PEEK
PEEK is a high-performance engineering thermoplastic with excellent heat resistance, chemical resistance, and mechanical strength for critical systems.
Virgin PEEK, glass-filled PEEK and carbon-filled PEEK
Natural tan, black, or filled-material colors
High temperature, chemicals, vacuum and demanding precision systems
Precision bushings, bearing cages, seals and semiconductor equipment
Precision machining, deburring and controlled surface finishing
ABS
ABS is a practical, impact-resistant thermoplastic for lightweight non-critical bushings, covers, and general locating applications.
General-purpose ABS and flame-retardant ABS
Black, white, gray, natural, or custom colors
Low-load, near-ambient and non-aggressive service conditions
Light-duty bushings, covers, spacers and locating features
Machined finish, polishing, painting and vapor smoothing where suitable
Polyurethane
Commonly called PU or urethane, polyurethane combines elasticity, wear resistance, impact absorption, and vibration damping for flexible supports.
PU 70A–95A, polyester PU and polyether PU
Yellow, red, black, blue, natural, or custom colors
Impact, vibration, moderate oil exposure and dynamic loading
Suspension bushings, rollers, wheels, seals and protective sleeves
Molded surface, post-machining, trimming and bonded metal inserts
Composite Bushings
Composite bushings combine a metal backing with a low-friction liner or solid lubricant layer to reduce maintenance in dry-running applications.
PTFE-lined, POM-lined, graphite-filled and metal-polymer composites
Steel-backed gray, bronze, black, or liner-specific colors
Dry running, limited lubrication, compact spaces and maintenance-sensitive equipment
Self-lubricating bushings, pivot points, linkages and industrial guides
Cut-to-length, sizing, oil grooves and application-specific liners
Final material selection should be verified against load, speed, lubrication, mating-shaft condition, temperature, chemical exposure, tolerance, and service-life requirements.
Custom Bushing Machining Examples
Below are examples of custom bushings produced for different materials, fit requirements, and operating environments. We evaluate your part geometry, application conditions, budget, material, and finishing requirements to provide a transparent quote for one-stop manufacturing.
From Drawing to Finished Bushing
The route is planned from the drawing, material, critical faces, fit requirements, and inspection needs. Simple parts can use conventional processes for faster, lower-cost production.
Drawing & DFM Review
Confirm tolerances, fits, critical features, and manufacturing risks.
Process Programming
Plan toolpaths, setups, workholding, and inspection points.
Turning-Led Machining
CNC turning is primary; CNC milling, conventional turning, or milling support suitable features.
EDM & Detail Cutting
Machine fine slots, hard materials, and complex precision profiles when required.
Surface / Heat Treatment
Improve wear resistance, hardness, corrosion resistance, or part appearance.
Inspection & Packing
Verify dimensions and finish, then protect parts for shipment.
Bushing Manufacturing Capabilities
Capabilities are selected around fit, load, material and quantity. Final values are confirmed after drawing and manufacturability review.
Critical Tolerance
For suitable precision features after material, geometry and inspection review.
Typical Outside Diameter
For turned and machined sleeve, flanged and stepped bushing designs.
Typical Turning Length
Longer parts can be reviewed according to material, wall thickness and holding method.
Minimum Bore
Depends on material, depth, tolerance, concentricity and required surface finish.
Minimum Wall
Typical starting guidance for metal / engineering-plastic bushings.
Surface Finish
Machined finishes are selected around sliding, sealing and assembly requirements.
Typical Lead Time
Available for suitable prototypes and repeat parts after material availability is confirmed.
Drawing-Based Review
We review critical dimensions, fits, material condition and inspection requirements.
Capability values are indicative. Submit your drawing, material, tolerance, quantity and operating conditions for a project-specific review.
Lower Cost Without Losing Fit
Use the right material, tolerance and process for the working conditions—then confirm that the supplier can make and inspect the part consistently.
Keep Machining Cost Under Control
Cost falls when the part is designed around its functional fit instead of unnecessary precision or complex production.
- Reuse standard diameters, lengths and common fit classes where possible.
- Use conventional turning or milling for simple geometry and suitable quantities.
- Apply tight tolerances only to features that affect motion, sealing or assembly.
- Balance material price, tooling cost, service life and replacement frequency.
Choose a Reliable Bushing Manufacturer
A capable supplier reviews the full application, not only the dimensions shown on the drawing.
- Confirm drawing review, fit recommendations and material traceability when needed.
- Check machining, finishing and inspection capability before placing repeat orders.
- Share load, speed, temperature, media, quantity and delivery requirements early.
- Request project-specific inspection records for critical dimensions or batches.