Rock
Aggregate
Cement
Concrete
Soil
Steel
Bitumen/Asphalt
Security Survey Equipment
General Items
Wood Working Blade Grinders Machine (AZA 1229)
The Wood Working Blade Grinders Machine AZA 1229 by A Z A Lab is a compact and efficient tool for sharpening smaller saw blades, featuring a 100 mm (4″) wheel and a 0.5 HP motor.
Description
The Wood Working Blade Grinders Machine AZA 1229 by A Z A Lab is a compact and efficient tool designed for smaller-scale grinding tasks. With a maximum grinding capacity of 330 mm (13″) and a 100 mm (4″) grinding wheel, this machine is perfect for sharpening smaller saw blades used in precision woodworking. It is powered by a reliable 0.5 HP motor operating at 1440 RPM.
Weighing approximately 75 kg, the AZA 1229 offers excellent stability and ease of use. Its compact size allows it to fit comfortably in smaller workshops without compromising performance. The AZA 1229 is an essential addition for woodworkers seeking a reliable and space-saving solution for blade maintenance.
- Maximum grinding capacity: 330 mm (13″)
- Grinding wheel diameter: 100 mm (4″)
- Power required: 0.5 HP / 1440 RPM
- Approximate weight: 75 kg
- Compact and efficient design
- Ideal for smaller saw blades
| Model No: | AZA 1229 |
| Max. Grinding Capacity: | 330 mm / 13″ |
| Grinding Wheel Diameter: | 100 mm / 4″ |
| Power Required (HP/RPM): | 0.5 / 1440 |
| Approx. Weight of Machine (kg): | 75 |
Related products
ENGINE CYLINDER BORING MACHINE AZA1177
The AZA1177 Boring Machine is a reliable and high-precision solution designed specifically for reboring engine cylinders in motorcycles, automobiles, and small to medium-sized tractors. Engineered for accuracy, productivity, and ease of operation, this machine is widely used in automotive workshops, engine reconditioning units, vocational training centers, and service garages.
Built with a rigid and durable structure, the AZA1177 ensures stable cutting performance and consistent dimensional accuracy during cylinder reboring operations. Its precision spindle system delivers smooth rotation and controlled feed, allowing operators to achieve superior surface finish and exact bore geometry. The machine is suitable for repeated, high-accuracy operations without loss of performance, making it ideal for both repair and reconditioning work.
HYDRAULIC PRESS MACHINE AZA1196
The AZA LAB Hydraulic Press Machine – Model AZA1196 is a robust and reliable solution engineered for demanding industrial pressing operations. Designed with a highly rigid structure and powered by an advanced hydraulic power pack, this machine delivers consistent force, precision control, and long-term durability.
Built to handle a wide range of industrial requirements, the AZA1196 is available in capacities ranging from 5 tonnes to 200 tonnes, making it suitable for light-duty assembly tasks as well as heavy-duty forming, pressing, and straightening applications across multiple industries.
PLATE ROLLING MACHINE AZA1195
The AZA LAB Plate Rolling Machine – Model AZA1195 is a high-performance hydraulic machine engineered for accurate and consistent metal plate rolling. Designed with a 3-roll pyramid configuration and double pre-bending arrangement, this machine delivers superior bending accuracy and repeatable results for industrial fabrication applications.
Built using high-strength alloy steel rolls, robust hydraulics, and internationally approved electrical components, AZA1195 ensures durability, operational safety, and long service life even under demanding working conditions
POWER PRESS MACHINE AZA1186
The AZA LAB Power Press Machine – Model AZA1186 is a high-performance mechanical press engineered for precision metalworking, forming, and mass production applications. Designed and manufactured by LabTek, this power press series delivers exceptional accuracy, durability, and operational efficiency across capacities ranging from 5 tons to 50 tons.
Built with a robust all-steel frame, precision-machined components, and high-grade alloy materials, AZA1186 ensures smooth operation, long tool life, minimal maintenance, and consistent output even under continuous industrial use.
