Large Inventory of Mold Steels • Full Machining Services • Fast Delivery
Steel Type: 1045 / 1.2311 / 1.2343 / 1.2344 / 1.2312 / 1.2738 / 1.2083 / 1.2085 / 12CrMo & more
ASIATOOLS is a trusted supply chain partner for the mold & die industry—from raw materials like mold steel to finished parts, CNC machines and accessories. Every supplier and product is carefully vetted, industry-approved, and quality-guaranteed, saving you valuable time and effort.
Years Experience
Employees
Patented Technologies
Ft² Factory Size
See first-hand footage of our CNC milling, surface grinding and integrated machining solutions, with practical equipment demonstrations from the ASIATOOLS manufacturing team.
If you are looking for affordable mold steel that comes with reliable machining services, we are your best choice. With our own in-house machines, we provide a full range of processing solutions—including surface milling, frame cutting, rough machining, CNC part machining, and shaft machining, etc.
Learn More
Our machine lineup covers the entire process—from sawing, six-sided milling & grinding, to machining centers for drilling and advanced operations. Each stage is supported by specialized equipment, designed for heavy cutting, fast surface milling, and maximum efficiency.
Learn More
We provide a wide selection of CNC machine accessories, ranging from tool carts, fixtures, and measuring instruments to air guns and more. Every accessory is carefully sourced and strictly tested to ensure consistent quality and reliability.
Learn MoreOur process goes beyond mere transactions; it's about establishing a lasting relationship founded on trust and understanding. We are dedicated to understanding our users' needs and offering comprehensive CNC solutions that match those requirements.
Backed by GOODA Machinery, our team doesn't just trade—we machine. We evaluate your exact technical drawings to recommend precise steel grades and custom CNC configurations.
We eliminate third-party delays through our robust in-house capabilities. From custom raw block cutting to precision 6-side milling and grinding, we accelerate your lead times.
Quality is our strict metric, not just a promise. Every steel block and CNC machine is verified for exact hardness. We provide complete certifications before shipping.
We strip away hidden costs from cross-border sourcing. You gain direct access to technical English-speaking engineers, real-time video updates, and seamless handling of logistics.
Submit your CAD drawings or CNC specs. Our engineers will immediately evaluate your tolerances and application.
We deliver a comprehensive proposal within 24 hours including parameters, methods, and direct factory pricing.
We allocate verified raw materials and execute schedules. Our engineers monitor every manufacturing phase.
We conduct strict ultrasonic flaw detection for steel and full cycle trial runs for CNC machnes with full reports.
We ensure secure anti-rust packaging and customs. Post-delivery, we provide commissioning guidance and lifelong support.
Delivering vacuum-degassed and pre-hardened mold steel blocks tailored for injection and die-casting. Paired with our milling centers, we ensure structural stability and prolonged tool life.
Supplying ready-to-use squared blocks and heavy-duty duplex milling machines. By outsourcing your initial roughing and chamfering to us, you eliminate preliminary steps and maximize CNC uptime.
Securing your local inventory with stable factory-direct steel and machinery supply. We provide standardized pallet packaging, complete MTC (Mill Test Certificates), and predictable lead times.
Simplifying complex international sourcing. We consolidate multi-item BOMs (steel, CNC machines, tooling) into single optimized container shipments with comprehensive English documentation.
At ASIATOOLS, we believe in building strong, mutually beneficial partnerships with global industry leaders to deliver excellence.
We keep you informed with the latest company updates and industry news.
If you are buying a horizontal face milling machine for long workpieces, start with the job, not the machine brochure. Check seven things first: usable machining length, total loaded weight, machining faces, rotation clearance, spindle performance, workholding, and finished-part tolerance. Table length alone can be misleading. The HM-3000 fixed-column model, for example, has a 3,000 × 1,200 mm worktable, but its machining capacity is 2,600 × 1,400 × 1,000 mm. The movable-column version uses a 3,200 × 1,400 mm worktable and offers 3,000 × 1,400 × 1,200 mm machining capacity.
Read MoreFor large, curly, or mixed chips, start with a hinge-belt conveyor. For short chips and fines, a scraper usually makes more sense. Magnetic conveyors are for fine ferrous chips. Augers work well when space is tight and the chips stay short enough not to wrap around the screw. If the conveyor gets the big chips out but fine particles keep coming back with the coolant, that is a filtration problem. A bigger conveyor will not fix it.
Read MoreStart with seven things: steel grade and condition, hardness, clamped workpiece size, loaded weight, chamfer geometry, drawing tolerance and required output. Use the hardest regular job and the largest workpiece you normally clamp as your baseline. From there, compare spindle performance, cutter size, workholding, machine capacity, cycle time and the accuracy you actually get on the finished part. Maximum RPM and motor power are easy numbers to compare, but they should not decide the purchase. The machine has to hold the required chamfer on your real production material, at a cycle time and tooling cost that make sense.
Read MoreStart with five things: chip form, chip volume, workpiece material, coolant requirements and unattended runtime. Hinge belt: mixed and medium-to-large chips. Scraper: settled fines, short swarf and sludge. Magnetic conveyor: ferrous chips with enough magnetic response. Auger: moderate amounts of short chips where space is tight. Filtration conveyor: jobs where fine particles also need to come out of the recirculating coolant. Machine size alone will not tell you which system to buy. Look at the chips the process really produces. The conveyor needs to survive the highest sustained chip load, while the bin needs enough room for everything produced before the next planned emptying.
Read More