Airtac HLQ Dual-Axis Precision Slide Table Cylinder HLQ25X125SA
The AirTAC Airtac HLQ Dual-Axis Precision Slide Table Cylinder HLQ25X125SA is a genuine HLQ slide-table cylinder, 25 mm bore: a double-acting dual-rod air cylinder integrated with a ball-bearing guide so the table travels straight with high rigidity and low deflection. It delivers about 378 N of push at 0.5 MPa. A floating joint spares the rod from side torque; the magnet is fitted as standard.
- TypeSlide-table, double acting
- Guideball-bearing guide
- Bore25 mm
- Push thrust @0.5 MPa378 N
- Operating pressure0.15 - 0.7 MPa (22 - 100 psi)
- Port size1/8"
- CushionBumper (+ shock-absorber option)
- Magnet / sensorStandard; CMSH/DMSH/EMSH
- ThreadPT
About the Airtac HLQ Dual-Axis Precision Slide Table Cylinder HLQ25X125SA
The AirTAC HLQ25X125SA is a double-acting dual-rod slide-table cylinder integrating an air cylinder with a ball-bearing linear guide for straight, low-deflection table travel. The 25 mm bore at 125 mm stroke delivers higher thrust through both rods, and the floating joint isolates the rod from side torque. The HLQ ball-bearing guide is anti-rust and dust-proof, suited to clean-environment guided motion.
This is a genuine AirTAC part. The magnet is standard; sensor switches CMSH, DMSH, or EMSH fit the body slots. We confirm the exact thrust, dimensions, and allowable load-moment from the AirTAC datasheet or on-page spec table on request.
Airtac HLQ Dual-Axis Precision Slide Table Cylinder HLQ25X125SA Technical Specifications
| Model | Airtac HLQ Dual-Axis Precision Slide Table Cylinder HLQ25X125SA |
|---|---|
| Type | Slide-table cylinder, double acting, dual rod |
| Series / guide | HLQ (ball-bearing guide) |
| Bore | 25 mm |
| Push thrust @0.5 MPa | 378 N |
| Port size | 1/8" (PT thread) |
| Fluid | Air, filtered to 40 um |
|---|---|
| Operating pressure | 0.15 - 0.7 MPa (22 - 100 psi) |
| Proof pressure | 1.2 MPa (175 psi) |
| Temperature | -20 to 70 C |
| Speed range | 50 - 500 mm/s (meter-out) |
| Cushion | Bumper; shock-absorber / adjustable-stopper options |
| Magnet / sensor | Standard; CMSH, DMSH, EMSH |
Specifications follow the official AirTAC HL slide-table data. Max working pressure is 0.7 MPa. The table rides on an integrated linear guide — do not apply strong impact or large moment. Allowable load and moment are published as tables and curves, and overall dimensions vary per stroke — ask us and we confirm from the datasheet.
How to choose
Pick the 25 mm bore when more thrust is needed than smaller bores provide - the larger bore pushes harder (the spec table carries the verified figure). The HLQ ball-bearing guide is preferred for anti-rust and dust-proof duty over the HLS cross-roller type. Keep the stroke within the bore's published range. This model carries an A adjuster, meaning adjustable rubber stoppers on both ends. Thread is PT.
For allowable load and moment sizing we reference the published AirTAC tables and deflection curves rather than estimating a number.
Applications
Adjustable-Stop Assembly Stage
Positions a workpiece carrier between two stops that can be fine-tuned at each end, using the ball-bearing guide for repeatable 125 mm travel.
Transfer Lane Pusher
Pushes small parts down a transfer lane over a long stroke with the dual-rod thrust and dust-proof guide running in a production environment.
Gripper Shuttle
Moves a gripper between pick and place positions across a 125 mm span, relying on the adjustable rubber stoppers for consistent end positions.
FAQ
What does the A suffix mean on HLQ25X125SA?
A means adjustable rubber stoppers on both the extension and retraction ends of the slide table. This lets you fine-tune the end-of-stroke position without a shock absorber. If you need energy-absorbing cushioning instead, look for a B, BS, or BF variant.
What is the maximum operating pressure for the 25 mm bore?
Maximum working pressure is 0.7 MPa (100 psi). The operating range for bore 25 is 0.15-0.7 MPa (22-100 psi). Proof pressure is 1.2 MPa (175 psi). Use meter-out speed control to keep travel between 50 and 500 mm/s.