
The AirTAC Airtac MSK Multi-position Locking Cylinder MSK16X10 is a genuine MK multi-mount cylinder (single acting, push type), 16 mm bore. Its compact square body fixes from six directions and mounts side by side to save space. It delivers about 70.4 N of push force at 0.5 MPa. A bumper cushions the impact. As an MK unit a fixed rod stops the piston rod rotating.
The AirTAC MSK16X10 is a 16 mm bore single acting push type multi-mount cylinder with a 10 mm stroke. Its compact square body can be fixed from 6 directions - front, back, left, right, top and bottom - and units can be mounted side by side to save space. As a push type single acting cylinder, air extends the rod while an internal spring returns it, so it needs air on one side only, running at 0.2-1.0 MPa (28-145 psi) with a 50-500 mm/s speed range. At 0.5 MPa the theoretical push force at this bore is 70.4 N, with cushioning provided by a bumper.
This is a genuine AirTAC part. The MK family is the no-rotating version of the multi-mount cylinder: a fixed rod and plate stop the piston rod from turning, unlike the standard MD family where rotation is allowed. As shown by the SKU, this model does not include a magnet. We confirm dimensions, stroke tables and sizing from the datasheet on request.
| Model | Airtac MSK Multi-position Locking Cylinder MSK16X10 |
|---|---|
| Type | Multi-mount cylinder, single acting, push type |
| Series | MK (no-rotating) |
| Bore | 16 mm |
| Push thrust @0.5 MPa | 70.4 N |
| Port size | M5x0.8 (PT thread) |
| Magnet | Without magnet |
| Fluid | Air, filtered to 40 um |
|---|---|
| Operating pressure | 0.2 - 1.0 MPa (28 - 145 psi) |
| Proof pressure | 1.5 MPa (215 psi) |
| Temperature | -20 to 70 C |
| Speed range | 50 - 500 mm/s |
| Cushion | Bumper |
| Mounting | Fix from 6 directions; mountable side by side |
Specifications follow the official AirTAC MD/MK multi-mount data. The front cover and piston are short, so avoid an over-long stroke. An optional high-temperature seal material extends the range to 0 to 150 C. Overall dimensions vary per stroke and allowable side-load is published as curves — ask us and we confirm from the datasheet.
Choose the 16 mm bore when your job needs moderate push force - about 70.4 N theoretical at 0.5 MPa, well above the 15.8 N of the 10 mm bore. Pick the MK family when the rod must not turn; if rotation is acceptable, the standard MD family is the alternative. Acting type here is single acting push (air extends, spring retracts); double acting, double rod, pull type and adjustable-stroke versions exist in the range. Single acting strokes run up to 20 mm, and this model's 10 mm stroke covers short clamp and eject moves - short covers mean an over-long stroke is not an option. No magnet is fitted on this SKU; magnet versions carry an S suffix. Port thread is PT as standard, with G available as a suffix. Side-load figures and exact dimensions come from the datasheet - ask us.
A short 10 mm air push presses a bushing, crimps a terminal or seats a small cover, with about 70.4 N at 0.5 MPa. The no-rotating rod keeps the tool face oriented, and the spring returns the ram between parts.
Clamping a fixture plate or toggle clamp on a small machining jig: air pushes the clamp into the workpiece, and the spring releases it when air drops. Several cylinders mount side by side along one edge of the fixture.
A pop-up stopper halts parts on a pallet or indexing conveyor at a station. The compact square body fixes from the top or side of a narrow frame, and the no-rotating rod holds the stopper face steady.
Thrust scales with bore area: at 0.5 MPa this 16 mm single acting push type cylinder gives about 70.4 N theoretical push, versus 15.8 N for the 10 mm bore. Pick the bore by the force your clamp, ejector or stopper needs, and confirm exact dimensions from the datasheet.
The MK family adds a no-rotating plate, brass bushing and fixed rod that prevent the piston rod from turning, so a pusher or clamp pad stays square to the work. Materials are typical - aluminium alloy body, stainless or S45C rod, NBR seals - and bore-specific details and side-load limits come from the datasheet.