Shock absorber shaft grinding
with rubber wheels

Perfect finish

Our wheels for shock absorbers are designed to grind critical components with maximum precision.

The rubber structure ensures a clean and uniform cut, minimizing marks that could affect chrome deposition and compromise the component’s sealing.

Benefits

Redefine efficiency in your processes

Ultra-fine finish

Ultra-fine finish

Clean and continuous cut

Clean and continuous cut

Prolonged durability

Prolonged durability

Optimized production

Optimized production

Technical requirements

Shock absorber shaft grinding

The shafts require a flawless finish to ensure maximum sealing. A mark-free grinding optimizes chrome deposition, extending the component’s lifespan.

Finishes Rz<1 micron

Dimensional stability

Mark-free finish

Manhattan requirements

Abrasive solutions

Customized solutions for your industrial challenges

Shock absorber shafts

General characteristics

Stem diameter
25,15 - 28 mm
Stem length
375
Material
SAE 1045
Material hardness
54 HRC
Grinding speed
3 - 4 m/min
Type of diamond
Multipoint Diamond (21 points)
Coolant
3%, synthetic or semi-synthetic

Grinding process

Heavy grinding
Finish
Machine
Cincinnati 3-500
Cincinnati 3-500
Grinding wheel
AA70O8R3-P
OL240/400MB1-P
Grinding wheel dimensions
610 x 508 x 304,8
610 x 508 x 304,8
Regulating wheel
A80RL
A180RL
Grinding wheel dimensions wheel dimensions
355,6 x 508 x 152,4 / 2
355,6 x 508 x 152,4 / 2
Material to be removed
0,25 – 0,35 mm
0,05 – 0,06 mm
Frequency of dressing
2000 pieces
2000 pieces
Achieved roughness
3,5 – 5,0 μm
0,4 – 0,6 μm
Service life
250.000 units
250.000 units
Shock absorber shafts

General characteristics

Stem diameter
22 mm.
Stem length
380
Material
SAE 1045
Material hardness
≥ 50 HRC
Grinding speed
3,5 m/min
Type of diamond
Multipoint Diamond (21 points)
Coolant
3%, synthetic or semi-synthetic

Grinding process

Heavy grinding
Finish
Machine
Estarta 327 MDA
Estarta 327 MDA
Grinding wheel
AA90/240MB-P
AWA240/401/701-P
Grinding wheel dimensions
650 x 500 x 304,8
650 x 500 x 304,8
Regulating wheel
A80RL
A180RL
Grinding wheel dimensions wheel dimensions
350 x 500 x 203,2
350 x 500 x 203,2
Material to be removed
0,12 mm
0,02 mm
Frequency of dressing to be removed dressing
1500 pieces
1500 pieces
Achieved roughness
<0,3 µm
<0,06 µm
Service life
300.000 units
300.000 units
Gas spring rods

General characteristics

Stem diameter
6 – 8 - 10 mm.
Stem length
50 - 350 mm.
Material
Ck45
Material hardness
187 – 212 HB
Grinding speed
1,94 m/min
Type of diamond
Multipoint Diamond (21 points)
Coolant
3%, synthetic or semi-synthetic

Grinding process

Grinding
Machine
MIKROSA SASL 125
Grinding wheel
WAOL400MB1-P
Grinding wheel dimensions
610 x 250 x 305
Regulating wheel
A180RL
Grinding wheel dimensions wheel dimensions
355 x 400 x 203,2
Material to be removed
0,015 – 0,010 mm
Frequency of dressing to be removed dressing
1500 pieces
Achieved roughness
0,08 – 0,12 μm

OUR COMMITMENT

Speed and reliability only a manufacturer can offer

With our full control over production, we guarantee unmatched delivery times.

Standard shipping 1-2 weeks

Unmatched speed Unmatched speed
Guaranteed lead times Guaranteed lead times
Maximum reliability Maximum reliability

Do you have an emergency?

Make sure your production never stops

Trust us to get your grinding wheels delivered in record time.

Urgent manufacturing in 48h

+ express shipping

Because we know every minute counts.

Manhattan Emergencia

Results

Superior results in damping

Precise finishes

Precise finishes

Smooth surfaces that enhance fit and durability.

Friction reduction

Friction reduction

Optimizes performance and minimizes wear.

Clean and consistent cut

Clean and consistent cut

Ensures consistent quality in intensive production.

recomendaciones técnicas

Technical requirements

Maximize the efficiency of your grinding wheels

Follow our advice to ensure that your processes are more efficient and achieve the best results.

Contact us

Take your production to the next level

Consult with our experts to optimize your processes.

Consult with an expert
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