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
About ASIATOOLS
The Easiest Gateway to Moldmaking Solutions.
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.
500+ Superior Supply Chain
100+ Expert Evaluation Team
Assured Cost-Effectiveness
Worldwide Service Support
CNC MACHINE & ACCESSORIES SOLUTIONS PROVIDER
12 +
Years Experience
300 +
Employees
150 +
Patented Technologies
1,280,000 +
Ft² Factory Size
Real CNC Machine Demonstrations from ASIATOOLS Engineers
See first-hand footage of our CNC milling, surface grinding and integrated machining solutions, with practical equipment demonstrations from the ASIATOOLS manufacturing team.
MACHINE DEMONSTRATION
Duplex Milling Machine TH‑1000 | S136 Steel 5mm Depth Heavy Roughing
MACHINE DEMONSTRATION
Gantry Milling Machine VM‑6010NCRG | 45 Steel Rough & Finish Milling
MACHINE DEMONSTRATION
Horizontal Mill WZX3016 | 15‑5 PH Stainless Steel Side Milling
MACHINE DEMONSTRATION
VMC LJ‑855 | 45 Steel Edge Milling Ø168×25
MACHINE DEMONSTRATION
Duplex Milling Machine TH‑450 | Machining Heat‑Treated CR12 Steel
Our Products & Service
Steel for Mold Industry with Full Machining Service
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.
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Complete Production Line for Cubic Workpiece Machining
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.
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Extensive CNC Accessory Resources at Your Service
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 MoreHow We Build Long-Term Business Partnerships
Our 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.
1
Needs Analysis Market Research
2
Function Performance Evaluation
3
Supplier Evaluation
4
Testing and Verification
5
Continuous Evaluation Feedback
Why Top Mold Makers Rely on ASIATOOLS
Engineer-to-Engineer Expertise
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.
In-House Machining & Direct Supply
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.
100% Certified Traceability
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.
Risk-Free Global Procurement
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.
End-to-End Manufacturing Workflow
1
Technical Analysis
Submit your CAD drawings or CNC specs. Our engineers will immediately evaluate your tolerances and application.
2
Engineering Quote
We deliver a comprehensive proposal within 24 hours including parameters, methods, and direct factory pricing.
3
Production Scheduling
We allocate verified raw materials and execute schedules. Our engineers monitor every manufacturing phase.
4
Quality Verification
We conduct strict ultrasonic flaw detection for steel and full cycle trial runs for CNC machnes with full reports.
5
Logistics & Support
We ensure secure anti-rust packaging and customs. Post-delivery, we provide commissioning guidance and lifelong support.
Expedite Your Technical Quote
To receive an accurate factory-direct proposal within 24 hours, please include: CAD/PDF blueprints, exact material grades (e.g., P20, 1.2311), custom dimensions, required machining tolerances, and specific CNC operational requirements.
Engineered Solutions for Your Sector
1
Mold & Die Makers
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.
2
Precision Machining
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.
3
Industrial Distributors
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.
4
Procurement Teams
Simplifying complex international sourcing. We consolidate multi-item BOMs (steel, CNC machines, tooling) into single optimized container shipments with comprehensive English documentation.
Our Partner
At ASIATOOLS, we believe in building strong, mutually beneficial partnerships with global industry leaders to deliver excellence.
Stay Updated with Our Latest News
We keep you informed with the latest company updates and industry news.
Hydraulic vs Manual Clamping for CNC Machining: When Is Hydraulic Workholding Worth It?
Hydraulic workholding starts to make sense when the same fixture is used again and again, several clamps have to be operated every cycle, or manual loading is eating into useful machine time. It can also help when a part is sensitive to uneven clamping force. For prototypes, short runs, long machining cycles, and jobs that change every few days, manual clamping is usually the simpler choice. Part quantity alone does not tell you much. A fixture running 25,000 times a year is a very different case from 25,000 parts spread across 100 different jobs. What really matters is how often one fixture is used, how much time can be saved each cycle, and whether the part actually benefits from more controlled force. NIST includes fixturing and clamping deformation among the factors that can affect machining accuracy.[1]
Read MoreCNC Milling and Grinding Machine vs Separate Machines for Mold Plate Production
For mold plate production, an integrated CNC milling and grinding machine makes the most sense when plates normally move straight from milling to grinding and a lot of time is lost in lifting, cleaning, waiting, and setting the part again. Separate machines are usually stronger when both operations need to run at the same time, rough milling is heavy, or grinding is a large and specialized part of production. There is no useful answer based on machine price alone. Start with your own numbers: how many plates actually need grinding, how heavy they are, how long milling and grinding take, how much time is lost between the two operations, and what geometry the finished plate has to hold.
Read MoreL6 / 1.2714 Tool Steel for Large Hot Forging Dies: When Should You Use It?
L6 / 1.2714 makes sense for a large hot forging die when cracking, chipping, or poor properties through a thick section are the problems you are trying to fix. It is especially useful for large hammer dies and heavy solid blocks where toughness matters more than getting the highest possible surface hardness. If the old die stays in one piece but the cavity slowly wears out, sinks, or loses strength at high temperature, 1.2714 may not be the best answer. Start with the failed die. See what actually ended its life first. Hot-forging tools can suffer wear, plastic deformation, thermal fatigue, and mechanical cracking at the same time, but one of them normally becomes the real production limit.[1]
Read MoreCNC Spindle Pull Claw Failure: Symptoms, Causes, and When to Replace It
A CNC spindle pull claw needs replacement when the gripping surface is cracked, broken, chipped, bent, or badly worn. A low pull-force reading by itself is not enough. The fault could still be in the drawbar, Belleville springs, pull stud, release system, lubrication, contamination, or even the test setup. “Pull claw” is a common shop term rather than one standard OEM part name. Depending on the spindle, you may see terms such as gripper finger, retention ball, gripper segment, or clamping segment. Many automatic tool-change systems use a 7/24 taper interface covered by ISO 7388.[1] HSK is different: it uses a hollow taper with flange contact, covered by ISO 12164.[2] On a typical spring-loaded steep-taper spindle, the load path is roughly: Belleville springs → drawbar → gripping parts → pull stud → toolholder → spindle taper. That matters because a problem anywhere in this chain can show up as “low clamp force.” So the CNC spindle pull claw should be checked as part of the full clamping system, not blamed from one symptom.
Read MoreGet A Free Quote
If you are interested in our services, please fill out the form below, we will get in touch as soon as possibleCommon Questions & Insights
1 What is the exact relationship between ASIATOOLS and GOODA Machinery?
ASIATOOLS is the authorized global export gateway and dedicated in-house machining facility powered by GOODA Machinery. We don't just distribute their gantry and duplex milling machines; we utilize them daily in our own facility to process our mold steel exports, creating a verified hardware-and-material ecosystem.
2 Are you a traditional trading company or a direct manufacturer?
We are a hybrid manufacturing-supplier. Unlike pure traders, we stock raw steel and execute custom 6-side pre-machining inside our own facility using GOODA CNC centers. You buy directly from our processing floor, bypassing third-party markup.
3 What exact grades and hardness levels of mold steel do you supply?
We stock pre-hardened plastic mold steels (e.g., P20/1.2311 at 28-32 HRC), carbon steel (45#), and hot/cold work tool steels (H13, D2). All materials guarantee exact metallurgical composition adhering to AISI, DIN, and JIS standards, and are supplied with original Mill Test Certificates (MTC).
4 What are your dimensional tolerances for pre-machined steel blocks?
Leveraging GOODA's advanced duplex milling and surface grinding centers, we execute precision 2, 4, or 6-side machining. We deliver ready-to-use blocks with dimensional tolerances up to ±0.01mm, strict flatness/parallelism control, and zero-burr edges.
5 Can the GOODA CNC machines be customized for specific production lines?
Yes. Machine travels (X/Y/Z axis), high-torque spindle configurations, and controllers (FANUC, Mitsubishi, Siemens) are tailored to your blueprints. We also customize automated tool changers (ATC) and specific magnetic chuck layouts based on your workpiece dimensions.
6 What specific tests do you run to ensure steel quality before shipping?
Every steel block undergoes Ultrasonic Testing (UT) to SEP 1921 Class D/d or E/e standards to guarantee zero internal porosity or micro-cracks. We also conduct pre-shipment Brinell/Rockwell hardness testing and chemical spectro-analysis.
7 What are your exact lead times for production and processing?
In-stock steel with custom 6-side milling ships within 7-10 days. Standard GOODA duplex milling machines require 25-30 days. Fully customized heavy-duty gantry machining centers require 45-60 days to complete casting, assembly, and precision calibration.
08 How do you protect steel and machinery from rust during ocean transit?
We manage EXW, FOB, CIF, or DDP shipments. Steel blocks are heavily coated with industrial anti-rust oil and vacuum-sealed. CNC equipment is secured in fumigated wooden crates with moisture-barrier VCI bags and desiccants to prevent transit corrosion.