Industrial couplings · MISHKIN

Couplings from MISHKIN

Two families, one drawing-based process: flexible couplings that absorb misalignment and rigid couplings that refuse it. Bores, keyways and flange patterns are machined to the customer drawing, so the coupling is matched to the drive rather than the drive to a catalogue number.

Torque from 0.6 to 10,000 Nm · bores from 8 mm · carbon steel, stainless and aluminium · DIN, ISO and EN interfaces.

MISHKIN industrial coupling range: rigid, disc, bellows and jaw couplings with a shaft collar

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Flexible couplings

The flexible element takes the misalignment so the bearings do not. All metal or elastomer, all backlash-free.

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Rigid couplings

No compensation, no lost motion: two hubs locked into one shaft line. Carbon steel C45E or stainless EN 1.4301.

+RigidPage in preparation One-Piece Clamping
Rigid Coupling
GBR series · C45E / EN 1.4301 · Ø6 – 50 mm A solid sleeve with one axial slit and a keyway to DIN 6885-1 P9. Four class 12.9 screws close the slit onto the shaft, so the joint is friction-locked and key-driven at once: zero backlash, up to 2,250 Nm at 4,000 rpm. Zero backlashKeyway DIN 6885-1up to 2,250 Nm
+RigidPage in preparation Two-Piece Split
Rigid Coupling
GBRR series · C45E / EN 1.4301 · Ø6 – 50 mm The same sleeve cut into two half shells and bolted radially. It goes on and comes off without moving either shaft, which is what makes it the choice for retrofits and for couplings buried between a motor and a gearbox. Splits radiallyKeyway DIN 6885-1up to 2,250 Nm
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More types

Quoted from the same drawing-based process, page in preparation.

MEC parallel eccentric coupling connecting two offset parallel shafts Parallel Eccentric Couplings (MEC) Two shafts side by side, with an offset For parallel shafts that do not line up: synchronous transmission with no angular displacement whatever the eccentricity, no extra radial load on the bearings, dynamically balanced. →

Also in the range Shaft collars — axial location, end stops and bearing preload. Not a coupling: one bore instead of two. AB set-screw, ABR clamping, ABC threaded, carbon steel or EN 1.4301. Page in preparation

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Which coupling for which drive?

A fast shortlist before the drawing goes out – every answer is a type we quote weekly.

Servo motor to ball screw, short axial space

Bellows coupling with clamping hubs – JK2 for the standard case, JKC when the installation is very tight, JKM when torsional stiffness is the dominant requirement.

Robot flange or gearbox output flange

JK1 for a customer-specific flange, JK8 for the EN ISO 9409-1 interface used by flange-output gearboxes and hollow-shaft right-angle heads.

High torque, high temperature, long service life

RDC all-steel disc coupling – one disc pack between two steel hubs, 15 to 9,000 Nm, no elastomer to age.

Precision axis that must stay backlash-free for years

RIC servo disc coupling – aluminium hubs, stainless disc packs, single or double disc, sized to DIN 740-2.

Two parallel shafts running at an offset

Parallel eccentric coupling MEC – synchronous transmission with no angular displacement whatever the eccentricity, and no extra radial load on the bearings of the connected machines.

None of the above

Send the drawing. The range is not limited to the types published here – we quote by application, whatever the coupling type needed.

Not sure which one fits?

Send the drawing, the torque and the speed. We come back with a selection, a material proposal and a price – typically within one working day.

Send the drawing