Ingersoll Rand 429 Reciprocating Air Saw, 3/8" Stroke Length, 10000 Strokes per Minute, 1.3 lbs
- The Ingersoll Rand 429 is a compact reciprocating air saw engineered for precision cutting in automotive and industrial applications. With a 3/8" stroke length and 10,000 strokes per minute, it delivers fast, controlled cutting performance in a lightweight 1.3 lb design.
- Features:
- 3/8" stroke length provides accuracy for intricate cutting and body shop work
- Delivers up to 10,000 strokes per minute for efficient material removal
- Lightweight at only 1.3 lbs, reducing operator fatigue during extended use
- Compact form factor allows access to tight areas and precision control
- Designed for sheet metal, plastics, and aluminum cutting in automotive repair
- Specifications:
- Manufacturer: Ingersoll Rand
- Part Number: 429
- Product Type: Pneumatic reciprocating saw
- Stroke Length: 3/8"
- Strokes per Minute: 10,000
- Weight: 1.3 lbs
- Air Inlet: 1/4"
- Minimum Hose Size: 3/8"
- Average Air Consumption: 8 cfm
- Applications: Automotive body shop, industrial cutting, sheet metal work
- The Ingersoll Rand 429 Reciprocating Air Saw can also be referred to as pneumatic air saw, body shop air saw, 3/8 inch stroke air saw, lightweight reciprocating saw, and automotive panel cutting tool.
Ingersoll Rand manufactures durable pneumatic cutting and finishing tools trusted in professional environments. The 429 Reciprocating Air Saw combines lightweight handling with fast stroke speed, making it a reliable tool for precision automotive and industrial cutting.
Q: What materials can the Ingersoll Rand 429 cut?
A: The saw is designed for sheet metal, plastics, and aluminum, making it ideal for automotive and light industrial applications.
Q: What is the stroke length and speed of the saw?
A: It has a 3/8" stroke length and operates at up to 10,000 strokes per minute.
Q: Is the Ingersoll Rand 429 lightweight for extended use?
A: Yes, at just 1.3 lbs, the saw is compact and reduces operator fatigue while maintaining cutting precision.