TMS 40
Compact solution for low-speed positioning, clamping and adjustment axes requiring up to 2,500 N nominal force.
Nominal force2,500 N
Max. stroke600 mm
Screw12 × 2
Motor optionsAC / DC
iMotion trapezoidal screw technology
TMS Series Electric Cylinders
Designed for industrial axes that need low-speed control, high thrust and straightforward operation. Choose from TMS 40, TMS 63 and TMS 100 in one product family.
- AC & DC motor integration
- Natural resistance to back-driving
- Direct or parallel drive
- IP54 / optional IP65
Model range
Select the right TMS cylinder
Each model combines a robust trapezoidal screw mechanism with flexible motor and mounting options.
TMS 63
Balanced mid-size option for heavier clamping, pressing and controlled linear motion with up to 5,000 N nominal force.
Nominal force5,000 N
Max. stroke600 mm
Screw20 × 4
Motor optionsAC / DC
TMS 100
Heavy-duty model for long-stroke machine axes, lifting and high-load adjustment with up to 12,000 N nominal force.
Nominal force12,000 N
Max. stroke1,200 mm
Screw32 × 6
Motor optionsAC / DC
Technical comparison
TMS 40, TMS 63 and TMS 100
Published standard values are shown together for faster model selection.
| Specification | TMS 40 | TMS 63 | TMS 100 |
|---|---|---|---|
| Frame size | 40 | 63 | 100 |
| Screw size | 12 × 2 | 20 × 4 | 32 × 6 |
| Standard maximum stroke | 600 mm | 600 mm | 1,200 mm |
| Acceleration | Application-specific | Application-specific | Application-specific |
| Repeatability | ±0.1 mm | ±0.1 mm | Application-specific |
| Protection class | IP54 / IP65 optional | IP54 / IP65 optional | IP54 / IP65 optional |
| Mounting | Direct or parallel | Direct or parallel | Direct or parallel |
| Compliance | 2006/42/EC | 2006/42/EC | 2006/42/EC |
| Model / screw | Dynamic permissible thrust | Static permissible flange load | Nominal cylinder force |
|---|---|---|---|
| TMS 40 — 12 × 2 | 3,920 N | 20,200 N | 2,500 N |
| TMS 63 — 20 × 4 | 9,800 N | 37,200 N | 5,000 N |
| TMS 100 — 32 × 6 | 21,100 N | 54,200 N | 12,000 N |
THK catalogue values are shown for the corresponding DCM flange-type lead screw nuts. These permissible screw/nut loads are not the same as the nominal cylinder working force. Actual speed, acceleration and repeatability depend on the moving mass, motor, drive ratio, screw lead, unsupported screw length, mounting orientation, duty cycle and application conditions; they must be verified during system sizing.
Why trapezoidal screw?
Simple, robust and energy-conscious motion
Natural holding tendency
Trapezoidal screw friction provides resistance to back-driving and can reduce the energy needed to maintain position in suitable applications.
AC or DC motor options
The cylinder can be configured with a suitable AC or DC motor and gearbox for the machine voltage, control method and duty requirements.
Simple operation
AC or DC motor options enable straightforward commissioning in applications that do not require complex motion control.
Flexible integration
Direct and parallel motor arrangements help the actuator fit different machine envelopes and installation constraints.
Alternative to pneumatic cylinders
Electric actuation uses power on demand and reduces the need for compressors, air preparation and compressed-air losses.
Alternative to hydraulic cylinders
Within the suitable force range, it offers a clean, low-maintenance electromechanical solution with less need for pumps, tanks, valves and hoses.
Important: Self-locking behaviour varies with screw lead, load, vibration, lubrication and wear. It must not be treated as a safety brake. Vertical or safety-critical axes require application-specific risk assessment and, where necessary, a suitable holding brake or mechanical safety device.
Application areas
Where the TMS Series fits
Best suited to controlled, high-force axes where extreme speed is not the primary requirement.
Clamping and workholding
Fixture clamps, stops, locks and controlled holding mechanisms in production machinery.
Pressing and assembly
Insertion, joining, forming and assembly operations requiring controlled linear force.
Format and height adjustment
Repeatable guide, table, roller, conveyor and tooling adjustments during product changeovers.
Flap, damper and valve applications
Controlled, slow and dependable opening and closing of flaps, dampers and valves in industrial flow systems.
Bakery dough and food machinery
Dough cutting, pressing, portioning, mould adjustment and packaging motion on non-food-contact machine axes.
Lifting and heavy adjustment
Long-stroke or higher-load machine axes, subject to motor sizing and vertical-axis safety validation.
Engineering support
Complete your TMS selection
Share your required force, speed, stroke, duty cycle and mounting orientation with our engineering team.