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We provide four main product categories:
Wall chasers can cut through hollow bricks, gypsum bricks, solid brick walls, and lightweight concrete blocks. The specific applicability depends on the machine model and blade type.
When selecting a magnetic drill, consider material compatibility and workspace constraints. Different workpiece materials require specific drills and cutting parameters. For hard alloy steel or stainless steel, choosing the right drill bit and cutting settings is crucial. In tight or complex spaces, ensure the magnetic drill is compact and maneuverable for easy operation.
Selection should be based on the strength and thickness of the concrete, rebar distribution, and the required core diameter and depth. Choosing the right power, torque, and drilling capacity is crucial for optimal performance.
Some manual magnetic lifters allow for magnetic force adjustment. By rotating the control switch, operators can modify the magnetic strength to accommodate different weights and sizes of objects.
Yes, we offer customization services based on your specific requirements.
After customization, we will send you a sample for testing. Based on your feedback, we will make any necessary adjustments.
Yes, we accept both bulk orders and small trial orders.
Yes, we have a strict quality control system that includes electrical parameter testing, durability tests, and other inspections to ensure every batch meets the agreed quality standards.
Wear a dust mask, safety goggles, and earmuffs while operating. After use, note that the cutting disc will continue to rotate briefly. Be extra cautious around sharp edges or corners to prevent the machine from getting stuck or causing kickback.
Our products can be equipped with a vacuum attachment, allowing a vacuum cleaner to be connected to the wall chaser. This significantly reduces dust generated during cutting and grooving.
Magnetic drills require clean, smooth, and flat iron-based surfaces for the magnet to securely adhere. Iron-based materials include steel, carbon steel, alloy steel, cast iron, and wrought iron. For drilling non-ferrous metals, it is recommended to use a vacuum plate or securely clamp a steel plate in place.
Yes. A portable magnetic drill utilizes magnetic base adhesion to operate from various angles, including horizontal, vertical, and overhead (inverted) drilling. This allows on-site drilling without needing to move the workpiece to a drill press. When drilling on vertical or overhead surfaces, cutting paste is recommended instead of cutting fluid. Always secure the magnetic drill with a safety strap or safety chain.
A wall chaser is a power tool used for cutting grooves in walls, primarily for embedding electrical wires, cables, or pipes.
Wall chasers can cut through hollow bricks, gypsum bricks, solid brick walls, and lightweight concrete blocks. The specific applicability depends on the machine model and blade type.
Key consumables include saw blades, carbon brushes, and dust collection accessories such as dust bags or vacuum attachments.
Most wall chasers are designed for straight cuts. To create curved grooves, multiple small straight cuts can be made first, followed by finishing with a smaller tool such as a cutter or chisel.
Vertical grooving should be done from top to bottom. Hold the switch handle with the right hand and place the left hand on the milling cover for guidance and stability. Once the cutter is inserted into the wall, pull the machine downward with both hands to create a straight groove. Proper handling is essential, and the guide rails on both sides of the milling cover indicate the cutting direction.
Horizontal grooving should be performed from right to left. Hold the right side of the milling cover handle with the right hand and push the machine to the left. The right arm should rest on the machine while pushing from below, and the left hand should grip the switch handle for control.
Wear a dust mask, safety goggles, and ear protection while operating the machine. After use, note that the cutting disc will continue spinning briefly. Be especially cautious around corners or sharp edges to prevent the tool from getting stuck or causing kickback.
Traditional methods such as manual cutting and chiseling with electric hammers can be time-consuming, inefficient, and physically demanding. Using a wall chaser reduces manual labor by performing clean, precise grooves consistently, simplifying the installation of cables, conduits, and pipes.
Wall chasers are mainly used in the electrical, plumbing, heating, and air-conditioning industries, especially during construction or renovation projects where embedding cables, conduits, or pipework within walls is necessary. They’re also used in renovation projects, where precision and minimal damage to existing structures are required.
Wall chasers work effectively on various wall materials, including hollow clay bricks, concrete, lightweight blocks, and similar masonry materials commonly found in residential and commercial construction.
The slotting speed ranges from 3 to 8 meters per minute, making it up to five times faster than traditional cutting and chiseling methods.
Two standard configurations are available to suit different project requirements:
Blade longevity depends on the material being cut:
Regular maintenance and using the right blade for each material help extend lifespan and maintain cutting efficiency.
Extra blades are considered consumables, we highly recommend ordering additional blades along with your main unit. Keeping spare blades on hand minimizes downtime, helping ensure continuous, efficient operation without interruptions during important projects.
Yes. Voltage and plugs are customizable based on your region’s specific standards. Available options include:
Just specify your requirements clearly when placing your order to ensure compliance with local electrical regulations.
Yes, OEM branding is available and can be customized based on specific requirements. Logos, packaging, and other design elements can be tailored to match brand identity. For detailed customization options, feel free to discuss your needs with us.
Yes, the color can be customized according to specific requirements. Customers can choose from a range of colors to match their brand identity or market preferences. Let us know your preferred color options when placing an order.
The MOQ varies depending on the type of customization:
For specific requirements, feel free to contact us to discuss customization details.
Typical lead time ranges from 10 to 30 days, depending on order quantity, customization requirements, and market-specific requests. We always keep communication clear so you know exactly what to expect.
We accept L/C at sight, T/T, and other standard payment methods. For specific payment terms or additional options, please contact us.
Yes, we encourage testing a sample before committing to a bulk order. This allows you to evaluate performance and ensure it meets your requirements before establishing long-term cooperation.
We offer samples at a competitive cost-based price. Customers are responsible for the sample charges, shipping fees, and any related handling expenses.
Yes, trial orders are welcome. We encourage customers to start with smaller quantities or samples to fully evaluate product quality and performance before entering into long-term cooperation.
Our wall chasers have been in continuous production since their initial development in 2008. With over 17 years of manufacturing experience, these machines are widely recognized for their reliability and consistent performance. They fully comply with European safety and quality certifications such as GS, CE, and EMC, assuring users of their durability and safety.
We manufacture all components in-house, ensuring consistent availability of spare parts. While spare parts are not provided free of charge, we offer them at cost price. To avoid potential downtime, we recommend purchasing spare and consumable parts along with your initial order.
A magnetic drill is a portable drilling tool equipped with a powerful electromagnetic base, allowing it to securely attach to steel and other ferromagnetic surfaces for precision drilling.
Magnetic drills are primarily designed for ferromagnetic metals, such as steel plates, H-beams, and channel steel.
When selecting a magnetic drill, consider material compatibility and workspace constraints. Different workpiece materials require specific drills and cutting parameters. For hard alloy steel or stainless steel, choosing the right drill bit and cutting settings is crucial. In tight or complex spaces, ensure the magnetic drill is compact and maneuverable for easy operation.
Keep the magnetic base clean by removing dust, oil, and metal shavings to maintain optimal adhesion.
Regularly clean the motor and check carbon brush wear, replacing worn-out brushes as needed.
Select the appropriate drill bit for the task and install it correctly. After use, clean metal shavings from the drill bit and apply anti-rust treatment to extend its lifespan.
Turn off the motor, ensure the slug (drilled material) has ejected, and remove all metal shavings and debris from the cutting tool and around the magnetic base.
A diamond core drill is a drilling tool designed to extract cylindrical core samples from concrete structures.
Diamond core drills can cut through stone, concrete, slate, rock, brick, asphalt, and masonry.
The maximum drilling depth depends on the machine design and drill bit length. Most models can drill between 100mm to 300mm in depth.
Selection should be based on the strength and thickness of the concrete, rebar distribution, and the required core diameter and depth. Choosing the right power, torque, and drilling capacity is crucial for optimal performance.
Avoid drilling into high-stress areas, weak structural sections, joints, or edges where stress distribution is complex. Ideally, core samples should be taken from the central portion of the structure. Use a rebar locator to avoid embedded steel, fixtures, and pipelines, and select areas that accurately represent concrete strength and quality.
After each use, remove all dust and debris from the drill bit and machine. Check for loose components and tighten them if necessary. Regular lubrication of moving parts is recommended. Store the drill in a dry, clean environment to prevent rust and damage.
A permanent magnet lifter is a lifting device that uses permanent magnets to lift and transport heavy ferromagnetic materials such as steel plates, pipes, and other metal objects.
It is primarily used for lifting ferromagnetic materials, including steel, iron, and nickel-based alloys.
Some manual magnetic lifters allow for magnetic force adjustment. By rotating the control switch, operators can modify the magnetic strength to accommodate different weights and sizes of objects.
Manual magnetic lifters are best suited for regularly shaped metal objects. If the object has an irregular shape, the uneven magnetic distribution may affect lifting stability.
When selecting a magnetic lifter, consider lifting capacity, magnet type, safety features, size and design, durability, and structural strength to ensure safe, efficient, and reliable operation.
We are an integrated manufacturing and trading enterprise.
Yes, our products are CE-certified for the European market.
We have 135 factory employees, an annual sales revenue of $5 million, and a yearly output of 40,000–50,000 units.
Our market distribution is:
We have our own production workshop and can supply after-sales spare parts.
Please provide specific requirements so we can recommend the most suitable product and pricing.
Our prices are standardized, but we can adjust based on your specific needs.
Our MOQ is 50 units.
Standard delivery time is 30–45 days.
We accept T/T or L/C.
We offer FOB and CIF shipping terms.
We ship from Shanghai or Ningbo ports.
Yes, we accept OEM customization.
