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VLF Series Precision Helical Planetary Gearbox

High Precision Series Planetary Reducer

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VLF Series Precision Helical Planetary Gearbox

1.In-line planetary gearhead featuring a zero-slip clamping mechanism
2.Hollow output shaft and flange designed for easy mounting to belt or ball screw modules
3.Monolithic planet carrier/output shaft for enhanced rigidity
4.Precision alloy steel gears for superior performance
5.Lifetime lubrication with IP65-rated sealing
6.Low noise, low vibration, and maintenance-free operation under standard conditions

Acceptance: OEM/ODM, trade, wholesale, etc.

If you are interested in our products, please contact us and we are always at your service.

If you need it, we can also provide free samples.

    product description

    ALF inline planetary gearheads are designed to bolt-on linear actuator drive systems or cartesian robotics to shorten powertrain length. Dynamic balanced collar clamping mechanism to actuator and motor shaft ensuring interfaces concentricity and zero slip power transmission at high speed. High quality gears and components are utilized to create compact and rigid unit with low backlash and maintenance-free operation.The VLF compatible with 400W and 750W servo motors, offering reduction ratios of 5:1 and 9:1, respectively.

    Product Parameters

    Frame size (mm)

    78

    Ratio

    5-9:1

    Nominal input speed (rpm)

    1500-3000

    Max. input speed (rpm)

    3000-6000

    Backlash (arcmin)

    5 single stage

    Noise level (dBA/1m)

    55

    Enclosure

    IP54 (output shaft IP65)

    Lubricant

    service life synthetic lubricant

    Max. radial load (N)

    1200-15000

    Service life (hrs)

    20000

    product display

    • VLF (1)
    • VLF Series Precision Helical Planetary Gearbox
    • VLF (2)

    Core Characteristics

    The Core Characteristics of VLF Series Reducer:
    • Helical gear transmission, treated with carburizing and quenching, along with tooth profile modifications, ensuring quiet operation and smooth performance. The load-bearing capacity exceeds that of straight-cut gears by 20%.
    • A one-piece output shaft with bearing support at both ends of the planetary gears, ensuring high precision and strength.
    • Minimal backlash, with a single-stage precision design achieving less than 5 arc minutes of backlash.

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