Complete Product Catalog

22 product series across 3 platforms

Every JiuRong series on one page. Pick a product type to focus the catalog, then use the browse-mode switcher to change between list and gallery cards.

Showing 22 series
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Standard JRA Series
JRA Series

JRA — Standard Pre-press Type

The workhorse of the lineup. 4-step cycle: fast approach → slow pressing → boost forming → return. Vertical or horizontal mounting for general-purpose pressing.

Force 1–40T Total Stroke 10–300mm Boost Stroke 5–50mm
  • 4-step cycle
  • Vertical & horizontal
  • Custom up to 150T
Applications: Stamping, riveting, pressing, crimping View JRA Series →
Standard JRAA Series
JRAA Series

JRAA — Horizontal Standard Type

Horizontal-mount variant of the JRA for inline installation on automated lines and conveyor-fed systems where vertical space is limited.

Force 1–40T Mounting Horizontal Cycle 4-step
  • Horizontal inline
  • Automation-ready
  • Low profile
Applications: Automated lines, inline pressing, conveyor systems View JRAA Series →
Standard JRO Series
JRO Series

JRO — Compact Standard Type

Compact footprint standard pre-press cylinder for light-to-medium duty where space is constrained but full 4-step cycle performance is required.

Force 1–20T Stroke 10–150mm Cycle 4-step
  • Compact body
  • Light duty
  • Quick delivery
Applications: Light assembly, small parts pressing, benchtop tooling View JRO Series →
Direct JRE Series
JRE Series

JRE — Direct Pressure Type

Full-stroke high force with a 3-step cycle (no separate boost segment). Short stroke, high output, simple pneumatic-like operation.

Force 1–13T Stroke Short, constant Cycle 3-step
  • Full-stroke force
  • Simple control
  • Fast response
Applications: Punching, marking, short-stroke pressing, embossing View JRE Series →
Direct JREB Series
JREB Series

JREB — Direct Pressure Block Type

Block-mount direct pressure cylinder with integrated manifold for close-pitch multi-cylinder arrangements on die sets.

Force 1–10T Mounting Block / manifold Pitch Close spacing
  • Manifold mount
  • Multi-cylinder arrays
  • Compact block
Applications: Multi-point punching, die sets, progressive tooling Request Engineering Data →
Direct JRU Series
JRU Series

JRU — Direct-acting Booster

A separate direct-acting booster for driving an external oil cylinder, keeping the pressure-generation unit away from the working axis.

Force 1–13T Layout Separate booster Ports 3-way
  • Remote pressure source
  • Simple 3-port
  • External cylinder drive
Applications: Remote cylinder drive, constrained machine layouts, custom axes View JRU Series →
Direct JRV Series
JRV Series

JRV — Direct-acting Flange Booster

A flange-mounted direct-pressure booster for vertically arranged external-cylinder systems and engineered multi-cylinder layouts.

Architecture Remote booster Mounting Flange vertical Selection Engineering review
  • Flange mounting
  • External cylinder drive
  • Multi-cylinder capable
Applications: Vertical press layouts, remote cylinders, engineered systems View JRV Series →
Adjustable JRB Series
JRB Series

JRB — Force-stroke Adjustable Type

Adjust the high-force power stroke length to match the application. Set the exact working window for different part heights without changing tooling.

Force 1–40T Adjust Power stroke Cycle 4-step
  • Power-stroke adjust
  • Variable part height
  • Precise setpoint
Applications: Variable-height parts, multi-tool stations, flexible production View JRB Series →
Adjustable JRC Series
JRC Series

JRC — Total-stroke Adjustable Type

Adjust the total approach stroke for varying die shut heights while the boost stroke remains fixed.

Force 1–40T Adjust Total stroke Shut Height Variable
  • Total-stroke adjust
  • Shut height control
  • Die changeover
Applications: Presses with varying die heights, tool changeover, R&D labs View JRC Series →
Adjustable JRD Series
JRD Series

JRD — Dual Adjustable Type

Both total stroke and power stroke are independently adjustable. Maximum flexibility for job shops and frequently changing part geometry.

Force 1–40T Adjust Both strokes Flexibility Maximum
  • Dual adjustment
  • Independent setpoints
  • Job shop ready
Applications: Job shops, R&D, short-run production, frequent changeover View JRD Series →
Fast JRF Series
JRF Series

JRF — Fast Single-row Type

High-speed approach (250–500 mm/s) for rapid cycling. Optimized flow paths reduce air consumption and cycle time.

Force 1–40T Speed 250–500mm/s Cycle Rate 25–45/min
  • High approach speed
  • Slim single-column body
  • 25–45 cpm
Applications: High-speed riveting, assembly, automated fastening View JRF Series →
Fast JRM Series
JRM Series

JRM — Fast Speed Type

The fastest in the range with cycle rates up to 60 per minute, designed for high-volume automated production lines.

Force 1–20T Speed Up to 500mm/s Cycle Rate 40–60/min
  • 60 cycles/min max
  • Automated line ready
  • Small die head
Applications: High-volume automated lines, die heads, electronics assembly View JRM Series →
Fast JRG Series
JRG Series

JRG — Compact Compound Type

Compound two-stage design in a compact body. High approach speed combined with adjustable boost force in a minimal footprint.

Force 1–20T Design Compound 2-stage Footprint Compact
  • Compound design
  • Minimal footprint
  • High-frequency
Applications: Tight-space automation, high-frequency pressing, compact machinery View JRG Series →
Fast JRNT Series
JRNT Series

JRNT — Mini Reverse Compound Type

Ultra-compact reverse-mount compound cylinder for small automation cells and robotic end effectors.

Force 1–8T Mounting Reverse mini Weight Ultra-light
  • Mini reverse
  • Ultra-lightweight
  • Robotic mounting
Applications: Robotic end effectors, small automation, indexing tables View JRNT Series →
Special JRT Series
JRT Series

JRT — Reverse Mounted Type

Rod extends upward (inverted mounting). Cylinder body mounts below the work surface for clean top-side access.

Force 1–40T Direction Upward (inverted) Mount Below table
  • Upward force
  • Below-table mount
  • Clean work surface
Applications: Upward pressing, table-mounted tooling, cavity forming View JRT Series →
Special JRP Series
JRP Series

JRP — Side-by-side Type

Two cylinders paired side-by-side for balanced force across wider tooling. Up to 40% length reduction vs. a single large-bore cylinder.

Force 2×(1–20T) Config Dual parallel Length −40% vs single
  • Dual parallel cylinders
  • Balanced force
  • Space saving
Applications: Wide tooling, balanced pressing, long-span dies View JRP Series →
Special JRAB Series
JRAB Series

JRAB — Separate Reservoir Type

Oil reservoir is a separate unit connected by hydraulic hose. The cylinder body fits tight spaces while the reservoir mounts remotely.

Force 1–40T Reservoir Remote Connection Hydraulic hose
  • Remote reservoir
  • Tight-space cylinder
  • Flexible mounting
Applications: Tight installations, confined machinery, retrofits View JRAB Series →
Special JRH Series
JRH Series

JRH — Air-oil Separated Type

Air cylinder and oil cylinder are completely separated, connected only by a hydraulic line — no risk of air-oil mixing.

Force 1–30T Design Air-oil separated Cleanliness No mixing
  • Zero air-oil mix
  • Cleanroom compatible
  • Remote oil unit
Applications: Food packaging, cleanrooms, medical devices, electronics View JRH Series →
Electric JRDG Series
JRDG Series

JRDG — Single-stage Servo Electric Cylinder

Inline and parallel servo electric cylinders with ball or roller screw drive. Four duty classes from ≤ 5 kN precision assembly to 382 kN heavy pressing.

Force ≤ 5 – 382 kN Repeatability ±0.01 mm Protection IP54–IP65
  • Closed-loop servo
  • Programmable profiles
  • Belt & inline drives
Applications: Precision assembly, servo pressing, automotive, new-energy View JRDG Series →
Electric JRDJ Series
JRDJ Series

JRDJ — Multi-stage Telescopic Servo Cylinder

Nested multi-stage screw extends 3–10× the retracted length. Long stroke from a compact envelope with closed-loop positioning.

Stroke ≤ 3750 mm Ratio 3–10× Force 0.76–4.8 kN
  • Multi-stage telescopic
  • ±0.01 mm positioning
  • Vertical safe brake
Applications: Stage lifts, AGV masts, aerial work, hidden installation View JRDJ Series →
Gas Booster Gas Booster — Standard Group
Gas Booster — Standard Group

Standard Gas Boosting Group

Reciprocating air-driven gas boosters for common industrial gas boosting and recovery duties. Ratios and flow sized to the gas and inlet condition.

Max Outlet Up to 100 MPa Boost Ratio Up to 200:1 Flow 0.1–50 L/min
  • No electricity
  • Oil-free compression
  • ATEX option
Applications: Gas boosting, recovery, leak testing, nitrogen charging View Gas Booster — Standard Group →
Gas Booster Gas Booster — High-pressure Group
Gas Booster — High-pressure Group

High-pressure Inert Gas Group

High-ratio boosters for inert and specialty gases (N₂, Ar, CO₂, H₂) requiring ultra-high outlet pressure with intrinsically safe operation.

Service N₂ / O₂ / Ar / CO₂ / H₂ Drive Compressed air Ex-proof ATEX option
  • Ultra-high pressure
  • Hazardous-area safe
  • Remote deployment
Applications: Hazardous areas, remote sites, specialty gas systems View Gas Booster — High-pressure Group →
Not sure which platform? Jump to the platform comparison table or send us your force, stroke, control and environment requirements — our engineers will recommend the right technology and model.

Platform comparison

Hydro-Pneumatic vs Servo Electric vs Gas Booster

Three platforms, three different jobs. Compare output capability, control, energy and cost before committing to a technology.

Dimension Hydro-Pneumatic Cylinder Servo Electric Cylinder Air-Driven Gas Booster
Output capability 1–150 T linear force (custom) 0.76 kN – 382 kN linear force Gas pressure up to 100 MPa outlet
Motion profile Two-stage: fast approach + short power stroke Fully programmable position / speed / force Reciprocating continuous compression
Control & feedback On/off valve control, open-loop Closed-loop servo with encoder feedback Self-regulating on air supply, no electronics
Energy source & use Shop air, consumed mainly during boost Electricity on demand, high efficiency Shop air only — zero electricity
Maintenance No pump or valve group; minimal upkeep Lube-for-life option; belt check on parallel drives Oil-free, grease-packed, minimal upkeep
Relative initial cost Low Higher (servo motor + drive) Medium
Best for Intermittent high-force pressing, riveting, punching Precision positioning, recipes, production data Explosion-proof gas boosting in hazardous areas

Comparison values describe typical catalog configurations. Final selection should be verified against the actual process data, environment and duty cycle.

Quick qualification

Which Platform Fits Your Machine?

Start from the primary production constraint, then verify against the comparison table above.

Choose hydro-pneumatic when...

  • A pneumatic cylinder cannot provide enough force.Higher pressing force while keeping the factory air supply.
  • The tool has a long approach but a short loaded stroke.Fast air travel reaches the work before hydraulic force takes over.
  • You do not want a hydraulic power unit.A compact, self-contained high-force actuator.

Consider another platform when...

  • Motion must be programmable and measurable.Servo electric cylinders give closed-loop profiles and production data.
  • High force continues through a long stroke.A hydraulic power unit suits sustained high-pressure duty.
  • The job is compressing gas, not moving a tool.Air-driven gas boosters amplify gas pressure without electricity.
Simple decision rule Force near end of stroke → hydro-pneumatic · Programmable motion → servo electric · Gas pressure → gas booster

Send the process data and we will confirm the recommendation.

Request a Recommendation

Direct answers

Product Platform FAQ

Practical answers for choosing between platforms and series.

Which platform should I start with?

Start from the primary constraint. If you need high force only near the end of travel, start with a hydro-pneumatic cylinder. If motion must be programmable and measurable, start with a servo electric cylinder. If you must compress gas without electricity, start with an air-driven gas booster.

Why not just use a hydraulic power unit?

For intermittent, short-power-stroke operations a hydro-pneumatic cylinder delivers equivalent force without a pump, tank, hoses or the heat and maintenance of a hydraulic system. Continuous high-pressure duty or long high-force travel still favors a hydraulic power unit.

When is a servo electric cylinder worth the premium?

When programmable position profiles, closed-loop accuracy, force-displacement monitoring or frequent recipe changes matter more than raw compact force. Servo cylinders also generate production data for traceability and quality analysis.

Where are air-driven gas boosters used?

Anywhere gas must be amplified without electricity: nitrogen charging, leak testing, gas recovery and hazardous-area installations. They are intrinsically safe and run from the same compressed-air supply as the rest of the plant.

Can series be customized?

Yes. Hydro-pneumatic cylinders support custom bore, stroke, tonnage (to 150 T), mounting flanges and sensor options; electric cylinders are configured by force class, stroke and screw type; gas boosters are sized to gas, ratio and flow.

Application engineering

Tell Us the Process — We Recommend the Platform and Model

Send the force, stroke, control and environment requirements with an installation drawing. We will recommend the technology, series and next engineering checks.

Selection basis documented Drawing-level confirmation Custom configurations available

Include these details

  • Working force and process
  • Stroke requirements (total / power)
  • Control needs and production data
  • Environment: air supply, power, Ex areas
  • Available envelope or machine drawing
Request Product Recommendation →