Hand Winches

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Durable Hand Winches by Bear Equipment

Bear Equipment now stocks hand winches for manual pulling and lifting applications. With a wide range of styles and load capacities, we likely have a winch to fit your needs. Our expert engineering staff will review your application/needs and recommend the appropriate hand winch to make sure you get what you need.

See the chart below for an overview of the various hand winches offered and click on a specific winch to find out more information and to request a quote.

Hand Winch Comparison Chart

GW SERIES
CMG/CMS SERIES
WMA SERIES
GS SERIES
WMG SERIES
CMA SERIES
GC SERIES

Series

GW

CMG/CMS

WMA

GS

WMG

CMA

GC

WLL (LBS)

550-11,000

330-3000

175-275

275-2200

660-2200

440-1760

1500

DRIVE

worm / spur

spur / direct

direct

spur

spur

chain

spur

MATERIAL

Steel

Steel / Stainless

Aluminum

Steel

Steel

Aluminum

Steel

FINISH

Painted

Galvanized / Uncoated

Uncoated

Painted

Galvanized

Uncoated / Painted

Painted

MOUNTING

Wall / Console

Console

Wall

Wall / Console

Wall

Console

Console

BRAKE

Load Press. w/ Ratchet

Load Press. w/ Ratchet​

Spring Applied

Load Press. w/ Ratchet​

Load Press. w/ Ratchet​

Spring Applied

Load Press. w/ Ratchet​

2-SPEED

Y

N

N

N

N

Y

N

HANDLE

Adjustable

Fixed

Removable

Adjustable

Fixed

Removable

Adjustable

Winch Options

GW SERIES
CMG/CMS SERIES
WMA SERIES
GS SERIES
WMG SERIES
CMA SERIES
GC SERIES

Hand Winch Frequently Asked Questions

Find clarity with the hand winch questions and answers below. You will gain insight into the different attributes of hand winches and how to determine which particular factors are important for your application.

What is a hand winch used for in industrial or manufacturing settings?

A hand winch is used for controlled manual pulling or lifting where powered equipment is unnecessary, unavailable, or impractical. Bear Equipment’s hand winch range is built around manual pulling and lifting applications, with different series suited to fixed industrial setups depending on load, mounting style, environment, and drive type.

WLL means Working Load Limit. It is the rated load the winch is intended to handle in service, assuming the unit is properly selected, mounted, and used for the application. Across Bear Equipment’s hand winch range, WLL spans from 175 lbs up to 11,000 lbs, depending on the series.

Start with the actual load, then allow for application realities like startup force, drag, angle, duty, and mounting geometry. In Bear Equipment’s lineup, lighter-duty needs may fit the WMA series at 175 to 275 lbs, while heavier industrial pulling or lifting may call for GW up to 11,000 lbs or CMG/CMS up to 3,000 lbs.

The GW series has the widest and highest capacity range in the lineup, with a stated WLL of 550 to 11,000 lbs. That makes it the heavy hitter in the Bear Equipment hand winch range when higher manual capacities are needed.

Some series are built for both, while others are more specialized. For example, GW, CMG/CMS, GS, and GC are described for pulling and lifting. CMA is described for pulling, while WMG is described for lifting. Matching the winch to the intended motion matters because the mounting style, cable exit, braking design, and overall geometry all affect suitability.

Bear Equipment’s range includes worm/spur, spur/direct, direct, spur, and chain drive depending on series. For example, GW uses worm with 2-speed spur, CMG/CMS uses spur/direct, WMA uses direct, GS and WMG and GC use spur, and CMA uses chain drive.

In Bear Equipment’s lineup, the GW series uses worm gearing and is described with self-locking worm with load pressure brake, which supports secure load holding and heavier-duty operation. It is also the series noted for higher-capacity applications and 2-speed functionality on higher-capacity models.

At a practical level, the drive type affects how the winch feels in operation, how force is transmitted, and which series fits the job. In Bear Equipment’s range, direct drive appears on lighter units like WMA, spur gear is common across several steel industrial series, and chain drive appears on the CMA series, which is aimed at console-mounted pulling and includes 2-speed operation.

The strongest corrosion-oriented options are the CMG/CMS, WMG, and CMA series. CMG is galvanized, CMS is stainless steel, WMG is galvanized, and CMA uses aluminum parts and is described as ideal for harsh environments.

These choices mainly affect corrosion resistance and environment fit. Galvanized steel is used in series like CMG and WMG for harsh environments. Stainless steel is available in CMS. Painted steel appears on series like GW, GS, and GC. Aluminum is used in WMA and CMA for lighter weight and strong corrosion resistance.

Bear Equipment offers wall-mounted, console-mounted, and some wall/console configurations depending on series. WMA and WMG are wall mounted, CMG/CMS and CMA are console mounted, while GW, GS, and GC support wall or console mounting.

Choose based on how the rope needs to exit and how the winch will integrate into the machine, structure, or workstation. Bear states that wall or console mounting can allow rope exit in different directions, while GS specifically notes wall mount is suited to upward cable exit and block-system lifting, and console mounting is suited to horizontal-direction pulling.

Yes. Every series in the comparison chart includes a braking method. Depending on model, that may be load pressure brake with ratchet, load pressure brake with double ratchet, spring applied brake, or in the GW series, a self-locking worm with load pressure brake.

From the Bear lineup, spring-applied brakes are used on WMA and CMA, while load pressure brake with ratchet or double ratchet is used on GW, CMG/CMS, GS, WMG, and GC. In plain terms, both are meant to hold the load securely, but they belong to different winch designs and operating styles, so the better choice depends on the series that matches the application.

According to Bear Equipment’s comparison chart, GW and CMA are the two series listed with 2-speed capability. Bear also states that higher-capacity GW winches use Hi and Lo speed gearing for easier lifting of heavy loads.

A 2-speed hand winch gives more flexibility between faster line movement and easier cranking under heavier load. Bear specifically calls out 2-speed operation on CMA for versatility and on higher-capacity GW winches for easier lifting.

Yes, handle style varies by series. GW, GS, and GC use adjustable handles, CMG/CMS and WMG use fixed handles, and WMA and CMA use removable handles.

It affects ergonomics, access, and security. Bear notes that the GS adjustable handle can be shortened for faster spooling under light loads or lengthened to reduce hand force on heavier loads. Bear also notes the WMA removable handle helps prevent tampering when the operator leaves the winch under load.

A freespool winch allows the drum to disengage for rapid rope payout when there is no load on the drum. In Bear Equipment’s lineup, this feature is specifically called out on the GC series.

The WMA and CMA series are the aluminum options in the lineup. WMA is a lighter-duty wall-mounted choice, while CMA offers a broader capacity range with console mounting and chain drive.

Based on the Bear descriptions, start with CMS stainless, CMG galvanized, WMG galvanized, or CMA aluminum. Those are the series most directly positioned around corrosion resistance or harsh-environment performance.

Yes. Rope diameter and storage are model-specific and can vary quite a bit within a series. For example, GC1500 is listed for 1/4-inch rope with 132 ft storage, while CMA1760 is listed for 5/16-inch rope with 256 ft storage.

No. Bear’s own comparison chart makes that pretty clear. The lineup is split by WLL range, drive type, material, finish, mounting style, brake type, 2-speed availability, and handle style, so the right unit depends on the exact industrial use case rather than just picking the highest-rated model.

Yes. Be aware that specifications are subject to change without notice and that users are responsible for ensuring suitability for the application. So customers should confirm application type, required WLL, rope size, storage capacity, mounting pattern, environment, and whether lifting or pulling is involved before final selection.