Products

SOLH CY3 magnetic coupling rodless cylinder is an upgraded version of CY1 series with full dimensional interchangeability with SMC counterparts. It adopts non-contact magnetic synchronous drive between internal piston and external slide carriage inside a fully enclosed barrel to achieve zero air leakage and contamination-free operation. Bore sizes range from φ6 to φ63 mm with maximum stroke up to 5000 mm, cutting installation footprint by 50% compared with conventional tie rod cylinders. Two variants are available: CY3B basic type requiring end brackets and external guides to avoid eccentric load and magnetic decoupling; CY3R direct-mount version fixed directly on equipment base to save extra mounting space. The lengthened wear-resistant rings lower minimum working pressure to 0.12 MPa. Standard dual-end rubber buffers are equipped, and optional X160 high-speed version supports a maximum speed of 1500 mm/s. Pre-set slots accommodate D-M9 magnetic switches for position feedback. Standard oil-free operation fits dust-free workshops for semiconductors, electronics, medical and food industries. It handles light to medium loads from 0.5 kg to 40 kg for long-distance workpiece transfer, protective door actuation and compact long-stroke linear motion in hygienic automation.

SOLH CY1 series is a classic economical magnetic coupling rodless cylinder, the predecessor of upgraded CY3 series, fully dimensionally interchangeable with original SMC CY1 products. It adopts non-contact magnetic synchronous drive and fully enclosed barrel structure with zero air leakage, suitable for oil-free clean working environments of electronics, medical and food industries. Bore sizes range from φ6 to 63 mm, standard stroke up to 1000 mm and maximum extended stroke of 1500 mm with excellent cost performance. Five structural versions are available: CY1B basic type requiring external guides and end brackets; CY1S with built-in sliding bearings for light loads without extra guides; CY1L ball bearing type for smooth high-frequency reciprocation; CY1H high-precision model achieving ±0.02mm repetitive positioning accuracy; CY1F low-profile type with 29% reduced overall height for narrow vertical installation space. The minimum starting pressure is 0.18MPa, equipped with standard dual-end rubber buffers and optional external hydraulic buffers, compatible with D-M9 and D-A9 magnetic switches for position signal feedback. It costs less than CY3 series and serves as a cost-effective choice for budget-limited conventional automation including clean-room material transfer, protective door driving and medium-long distance workpiece transportation under light to medium loads ranging from 0.5kg to 40kg.

SOLH RM series magnetic coupling rodless cylinder is designed to be interchangeable with Airtac counterparts. It adopts non-contact magnetic synchronous drive and fully enclosed barrel structure for zero leakage and dust-free operation, suitable for oil-free clean environments of electronics, medical and food industries. Bore sizes range from φ10 to φ40 mm with maximum stroke of 2000 mm, operating within a wide industrial temperature range of -20℃~70℃ and featuring a minimum startup pressure of 0.15 MPa. Four structural variants are available: RMS basic type without built-in guides requiring external rails and end brackets with the lowest cost; RMT standard type integrated with dual guide rods and sliding bearings to resist ordinary lateral loads without extra guides for easy installation; RMTL precision version with extended high-precision guide rods achieving ±0.1mm repetitive positioning accuracy; RMH heavy-duty reinforced slide type with strong anti-deflection capacity for independent load bearing. Standard dual-end rubber buffers are equipped, with optional adjustable buffers and external hydraulic buffers for stable movement up to 500 mm/s. Optional magnetic switch kits match D-M9 sensors for position signal feedback. Built-in guiding structures cut extra procurement and assembly costs of external linear guides. It delivers outstanding cost performance versus SMC CY1 and CY3 series, widely used in long-distance material conveying, protective door actuation and space-saving retrofitting of conventional tie rod cylinders on medium-budget automated production lines.

SOLH MGJ ultra-compact mini guide rod cylinder is fully interchangeable with SMC standard products, developed exclusively for miniature automation. It only supplies two tiny bore sizes φ6 mm and φ10 mm with ultra-short strokes from 5 mm to 20 mm. Built-in dual guide rods and integrated guide frame deliver ultra-precise anti-rotation performance within ±0.1°, preventing angular displacement during clamping and assembling micro components. Extremely lightweight structure weighs merely 27.3 g for MGJ6-5 model. Dual mounting surfaces (bottom & rear side) and single-side centralized piping & wiring facilitate neat layout for dense multi-cylinder arrangement. Adopting oil-free maintenance-free structure with dual-end rubber buffers, it supports stable high-frequency reciprocation within -10℃~60℃. Widely applied in precision electronic component clamping, PCB positioning, miniature valve actuation of medical devices, sampling needle lifting, micro displacement adjustment in semiconductor clean workshops and fine tuning of optical lenses. Compared with standard MGP compact cylinders, it features drastically reduced overall dimension, perfectly satisfying micro thrust, limited installation space and high-precision anti-rotation positioning demands of miniature automation.

SOLH MGP series thin compact guide rod cylinder is dimensionally interchangeable with genuine SMC products. It adopts an integrated structure of cylinder barrel, dual guide rods and precision bearings with built-in torsion resistance and powerful lateral load capacity without external guiding accessories. Its flat slim structure cuts 17%~24% weight compared with conventional cylinders, perfectly suitable for compact automation operations such as pressing, positioning, lifting and workpiece transfer. Three sub-types classified by bearings cover diverse working conditions: MGPM with metal sliding bushings features outstanding wear resistance and dustproof performance for heavy lateral loads and dusty low-speed cyclic work; MGPL ball bushings deliver ultra-low friction and smooth motion for high-speed frequent reciprocation; MGPA zero-clearance high-precision ball bearings achieve anti-rotation accuracy up to ±0.01mm for precision fitting and calibration. Bore sizes range from φ12 to 100 mm with standard strokes of 5~300 mm. Standard dual-end rubber buffers are equipped, while AZ air cushion buffers are optional for bores above 20 mm to absorb severe impact during high-speed heavy-duty movement. Built-in slots support direct installation of D-M9, A93 magnetic switches without extra brackets for tidy wiring. Operating pressure ranges from 0.12 MPa to 1.0 MPa with a minimum actuating pressure of 0.1 MPa under ambient temperature of -10℃~60℃. Widely deployed in electronic PCB positioning & pressing, inspection jig lifting, packaging feeding and general automation limiting clamping, it acts as a highly versatile integrated guided pneumatic actuator.

SOLH MGQ series ultra-thin integrated guide rod cylinder is fully interchangeable with original SMC specifications. The integrated structure of cylinder barrel and guide rods cuts the overall thickness by 50% compared with conventional guided cylinders to greatly save installation space. It covers bore sizes φ12~100 mm and standard strokes 25~250 mm, offered in two configurations: MGQM carbon alloy slide bearings and MGQL high-precision ball bearings. The symmetrical dual guide rod structure delivers outstanding resistance to lateral load, deflection and torsion. MGQL ball bearing version achieves anti-rotation accuracy of ±0.04°~±0.08°, while MGQM slide bearing type features excellent wear resistance, dustproof performance and cost advantages for heavy-duty dusty conditions. Standard configurations include built-in magnetic rings, dual-end rubber buffers and oil-free maintenance-free operation. The optional XB6 high-temperature variant works steadily up to 150℃. Multiple mounting holes are reserved on the cylinder body; magnetic switches can be mounted on four sides for bores ≥32 mm, and flanges/foot brackets support multi-angle assembly. With a minimum working pressure of 0.1 MPa, it is widely adopted for conveyor line stopper positioning & lifting, PCB ejection and crimping in 3C electronics, gate actuation for packaging machinery and jig jacking. It replaces separate cylinder plus external guide assemblies to simplify mechanical design. Compared with standard MGP and heavy-duty MGG series, MGQ boasts the thinnest profile and optimal performance for high-precision operation in confined installation space.

SOLH MGG series heavy-duty long-stroke guide rod cylinder is dimensionally interchangeable with equivalent SMC heavy-duty cylinders. Constructed with a round barrel plus externally arranged dual large-span guide rods, it delivers supreme structural rigidity. Its lateral load capacity is three times that of ordinary guided cylinders, avoiding piston rod sagging under long strokes and structural deflection under eccentric heavy loads. Bore sizes range from φ20 mm to 100 mm with two versions: MGGM carbon alloy sliding bearings and MGGL high-precision ball bearings. The maximum standard stroke reaches 1300 mm, greatly exceeding the stroke limit of MGP and MGQ series. Dual-end built-in hydraulic buffers come as standard to absorb massive impact energy generated during long-distance high-speed operation, effectively lowering noise and protecting equipment. MGGM sliding bearings feature outstanding wear and shock resistance for heavy-duty dusty environments and intensive conveyor line stopping; MGGL ball bearings realize ultra-low friction and smooth movement with top anti-rotation accuracy up to ±0.02°, ideal for high-precision long-stroke positioning and high-speed cyclic motion. The split modular design enables separate disassembly and replacement of the cylinder barrel and guide assembly for low-cost maintenance. Available mounting forms include basic surface mounting and front flange installation; optional extras cover J-type stroke adjustment (0~50 mm adjustment range) and XB6 high-temperature variant working stably between -10℃ and 150℃. Built-in magnetic rings are standard, with multi-directional grooves for flexible magnetic switch fitting. Operating pressure ranges 0.1~1.0 MPa with maximum running speed up to 1000 mm/s. Widely applied to vertical lifting platforms, heavy pallet long-distance transfer, heavy-duty stopper positioning and large jig ejection, it replaces the combined solution of ordinary cylinders plus separate heavy guide posts to simplify mechanical design, serving as the preferred pneumatic actuator for heavy-load, long-travel and high-impact automation applications.

SOLH MGF low-profile guide table cylinder is fully interchangeable with matching SMC counterparts. Designed with an integrated large-diameter concentric guide sleeve, it breaks the directional limitation of traditional dual guide rod cylinders and delivers uniform 360° anti-deflection performance against eccentric loads. Its overall installation height is reduced by 15%~20% compared with MGQ series for an ultra-flat compact layout. Available bore sizes: φ40, φ63, φ100 mm with standard short strokes ranging from 30 mm to 100 mm, optimized for short-stroke heavy-duty operation. Built-in anti-rotation pins provide extremely high allowable torque up to 409 N·m for the φ100 model, stable under eccentric force from all directions without jamming or displacement, with peak anti-rotation accuracy of ±0.05°. Bi-directional top-and-bottom mounting is supported; T-slots on three sides of the body enable magnetic switch installation on four sides. Standard dual-end rubber buffers and oil-free maintenance-free operation are equipped. The 10- prefixed low-dust clean version meets strict requirements of semiconductor, 3C electronics and medical workshops. Around 15% lighter than conventional structures, it is widely deployed for workpiece jacking, jig ejection, station indexing flipping and short-distance heavy-duty pushing, being the ideal compact pneumatic actuator requiring omnidirectional anti-deflection and high torque capacity within limited installation space.

SOLH TC series triaxial guide rod cylinder is a direct drop-in replacement for SMC MGP series. It adopts an integrated three-axis structure consisting of two guide rods plus a central piston rod, featuring ultra-high rigidity. Its torsion resistance and lateral load capacity are more than twice those of conventional dual-guide rod cylinders, effectively preventing deflection and positional offset. Available bore sizes range from φ6 mm to 100 mm with two core variants: TCL precision ball bearing type delivers ultra-low friction and smooth motion for high-frequency lifting and precision positioning; TCM brass alloy sliding bearing type boasts superior wear resistance and impact resistance for heavy loads, dusty environments and conveyor line stopping operations. Standard strokes cover 5 mm to 500 mm. Optional configurations include J-type stroke adjustment (max 50 mm adjustable range) and -T high-temperature version operating steadily from -20℃ to 120℃. Standard configurations include built-in magnetic rings, dual-end rubber buffers and oil-free maintenance-free operation. Multi-directional mounting holes and four-side slots for magnetic switches are integrated, while dual air ports on the top and side enable flexible piping layout. Flange and foot bracket accessories support versatile installation orientations. Operating pressure ranges from 0.1 MPa to 1.0 MPa, and benchmark positioning holes ensure reliable repeat accuracy. Widely used in conveyor stopper lifting, PCB handling & crimping in 3C electronics, packaging gate actuation, jig ejection and eccentric load driving, this integrated actuator eliminates the need for separate external guiding assemblies, simplifying mechanical design with excellent cost performance for miniature precision stations and general medium-to-heavy duty automation.