In the precise workflow of metallographic sample preparation, the initial cutting stage plays a decisive role in the ultimate accuracy of microstructural analysis. If a cut suffers from thermal deformation, the inherent material structure alters completely, leading to critical errors under microscopic inspection. To eliminate this bottleneck, Maxlab introduces the iqiege® 130D manual alloy specimen cutting machine (formerly designated as the Q-2 model) from the renowned Chinese manufacturer Veiyee (Laizhou Weiyi). This equipment stands out as a highly economical, durable, and optimized solution for modern laboratories today.

The iqiege® 130D manual alloy specimen cutting machine features a completely manual operating mechanism. The laboratory technician utilizes an ergonomic hand lever to control the downward movement of the cutting wheel into direct contact with the specimen workpiece.

The greatest advantage of this manual mechanism is its exceptional flexibility. Operators can physically feel the resistance of the material throughout the cutting process. Consequently, you can smoothly adjust the downward pressure and speed, protecting the abrasive wheel from sudden overload and minimizing the risk of wheel breakage when dealing with ultra-hard alloy grades.

Engineered as a compact benchtop unit with dimensions of 650 × 450 × 400 mm and a weight of 60 kg, the iqiege® 130D fits effortlessly into any laboratory environment without demanding excessive space. Its substantial mass provides excellent stability, neutralizing operational vibrations even when the motor runs at maximum speed.

Despite its streamlined benchtop footprint, the iqiege® 130D manual alloy specimen cutting machine delivers highly impressive technical specifications:

A strict requirement in metallographic sample preparation is preventing sample burning or phase transformation caused by localized heat. The iqiege® 130D manual alloy specimen cutting machine earns high praise from Maxlab due to its integrated recirculating cooling system that delivers coolant directly into the cutting zone.

As the abrasive wheel rotates at high speeds, a continuous stream of cooling fluid washes away accumulated friction heat and metal swarf. This prevents over-heating, eliminating the risk of structural deformation or burning on the internal microstructure of the alloy specimen.

This benchtop equipment is engineered to process a vast spectrum of raw materials within the metallurgical and mechanical engineering sectors:

Thanks to its versatility, the iqiege® 130D is widely utilized to inspect real-world hardware components, such as fasteners, bolts, screws, ball bearings, pins, small springs, welded plate/tube joints, and compact stamped metal parts.

Safety is the absolute priority in any lab environment. The iqiege® 130D manual alloy specimen cutting machine comes equipped with a fully enclosed cutting chamber featuring a heavy-duty protective hood.

During operation, this enclosure traps all sparks and completely contains the splashing coolant fluid, keeping the surrounding laboratory space clean and dry. Technicians can easily monitor cutting progress in real-time through a transparent window on the hood while remaining entirely safe.

If your facility is searching for a metallographic specimen cutter that balances cost-efficiency, high durability, and ultimate precision, the iqiege® 130D manual alloy specimen cutting machine by Veiyee is an ideal choice.

At Maxlab, we commit to distributing 100% genuine iqiege® 130D equipment accompanied by full quality documentation. We back our hardware with a comprehensive long-term warranty, reliable technical support, and a steady inventory of consumables—including specialized Al2O3 or SiC cutting wheels and anti-rust coolants.

Contact Maxlab today to receive a detailed quote and professional technical consultation!