Designed for precision and durability, the SPX Hydraulic Technologies Mechanical Jaw Puller is ideal for removing gears, bearings, and other press-fitted parts. Featuring a maximum reach of 3.38 inches and a spread of 4.00 inches, this puller ensures compatibility with various applications. The Grip-O-Matic® technology provides a tighter grip with increased pull force, enhancing efficiency and safety during use. Crafted from high-quality steel and rigorously tested beyond its rated capacity, this puller promises long-lasting performance in demanding environments.
With versatile 2-way, 3-way, and 2/3-way combination options, selecting the right puller for your specific needs is straightforward. This tool is indispensable for professionals requiring reliable equipment to tackle challenging tasks. Its robust construction and innovative design make it a valuable addition to any industrial toolkit.
SKU: 1022
Supplier Part Number (MPN): 1022
Alternate Part Numbers: C1KT98
Loading related products…
Specifications
Brand
HYDRAULIC TECH USA LLC(SPX)
Brand
Hydraulic Tech USA
Pack Size
1.00
UOM
EA
Maximum Reach
3.38
Maximum Spread
4
Alternate Part Numbers
Alternate Part NumberC1KT98
Supplier Part Number
1022
Product Weight
1.00 lbs
Similar Products
Model Number
Specifications
Maximum Reach
Maximum Spread
Screw Size (in)
Thickness (in)
Width (in)
Price
Action
1022Mechanical Jaw Puller
3.375
4
1023Mechanical Jaw Puller
3.375
4.75
1027Mechanical Jaw Puller
5.5
7
1037Mechanical Jaw Puller
5
10.5
1038Mechanical Jaw Puller
8.75
11
1041Mechanical Jaw Puller
11
12
1046Mechanical Jaw Puller
18.75
16
1050Mechanical Jaw Puller
22.25
20
Product Questions & Answers (1)
Question by: Ricky C on Nov 3, 2025, 6:21 PM
what's the reach and spread on this puller? got a bearing job coming up and need to make sure it'll clear before I order
Answer by: Customer Support on Nov 5, 2025, 3:58 PM
Reach on this one goes to 3.38 inches, and the spread opens up to 4.00 inches. When you're sizing it for a job, both of those numbers need to be bigger than what the actual pull requires. So measure out your bearing or gear situation first, and if the job falls under those dimensions, you're good to go.