Shenzhen Ruishuo Metal Co., Ltd. — ISO 9001 & IATF 16949 Certified
chinarswj@shieldingcover.com

In-House Tooling Development
Fast-Turnaround Solutions

Full coverage of stamping dies, progressive dies, and forming dies. Advanced equipment including CNC machining centers, wire EDM, and slow-wire EDM. Fast 7-15 day turnaround at ±0.005mm precision—powering your product’s fast time to market.

7-15 Day Fast Turnaround
±0.005mm Precision
In-House Design & Development

The Value of Tooling Development

Excellent tooling design and manufacturing directly affect product quality, production efficiency, and cost. Ruishuo Metal has an in-house tooling development team and advanced machining equipment to deliver efficient, reliable tooling solutions for your products.

Main Tooling Types

  • Stamping dies – for simple stamping and forming; simple structure, low cost
  • Progressive dies – multiple operations in one pass; highest efficiency, ideal for high volume
  • Forming dies – complex forming such as drawing and bending; high precision
  • Combination dies – multiple processes combined; flexible for complex products

Development Advantages

  • In-house design team with fast response and DFM review support
  • Advanced CAD/CAM software with 3D design and simulation validation
  • Precision equipment including CNC machining centers, wire EDM, and slow-wire EDM
  • Fast 7-15 day tooling turnaround to accelerate time to market
  • High first-pass success rate, reducing trial-and-adjustment time

Team Setup

Tooling Engineers: 8

CAD/CAM: Dedicated team

Experience: 10+ years

Annual Output: 200+ tooling sets

Precision Specs

Standard Precision: ±0.01mm

High Precision: ±0.005mm

Surface Roughness: Ra 0.4-0.8μm

Tooling Life: 1M+ strokes

Lead Time

Standard Tooling: 10-20 days

Fast Tooling: 7-15 days

Rush: deliverable in 5 days

Prototype Validation: 3-5 days

Advanced Machining Equipment

CNC Machining Center
3-axis / 4-axis precision machining centers
±0.01mm precision, high speed
Units: 4
Wire EDM
Precision wire cutting, ±0.005mm
Ideal for complex contours
Units: 3
Slow-Wire EDM
Ultra-precision machining, ±0.001mm
Excellent surface finish
Units: 2

Tooling Development Process

Step 1: Requirement Review (1 day)

We receive your product drawings or samples, conduct a DFM (manufacturability) review, and propose optimization suggestions.

Step 2: Tooling Design (2-3 days)

We design the tooling based on product requirements, including 3D CAD modeling, process planning, and bill of materials.

Step 3: Precision Machining (3-7 days)

Tooling components are machined with CNC, wire EDM, and other equipment, holding precision within ±0.005mm.

Step 4: Assembly & Tryout (2-3 days)

We assemble the tooling components, run functional tests and precision validation, and adjust tooling parameters.

Step 5: Sample Validation (1-2 days)

We stamp samples with the tooling and inspect dimensions and appearance, delivering only after all requirements are met.

Typical Applications

Consumer Electronics

Phone shielding cans and tablet components. Progressive-die design, 1M+ daily capacity.

Automotive Electronics

ECU and ADAS modules. Precision tooling, AEC-Q compliant, high reliability.

5G Communications

Millimeter-wave shielding cans. Complex-structure tooling with demanding precision requirements.

Related Manufacturing Capabilities

Precision Stamping

High-speed stamping with superior tooling, 3M strokes per day.

Deep Drawing

Professional draw-tooling design for one-piece, seamless shielding cans.

Surface Treatment

After tooling production, surface treatments such as nickel and tin plating are applied.
15 Years+
EMI Shielding Manufacturing Experience
1300+
Global Clients
3M Strokes/Day
Daily Production Capacity
100+ Sets/Month
Tooling Development Capability
Trusted By

Chosen by Global Leading Brands

Serving telecom, consumer electronics, automotive, medical and many other industries

ISO 9001 Certified
IATF 16949 Certified
ISO 14001 Certified
NDA Signed
Manufacturing Strength

Professional EMI Shielding Cover Manufacturing Base

20+ high-precision stamping presses, 20-member professional R&D team, 2-3 day fast delivery, providing full-process service from design to mass production

High-Precision Stamping Workshop Stamping Workshop

High-Precision Stamping Equipment

Equipped with 20+ high-speed precision stamping presses, with a daily stamping capacity of 3 million strokes and accuracy of ±0.01mm.

3M Strokes/Day ±0.01mm Precision
EMI Shielding Can Precision Stamping Manufacturing Tooling Center

In-House Tooling R&D Center

20-member professional R&D team, producing 100+ sets of precision tooling per month, from drawings to finished products in as fast as 2-3 days.

20 R&D Engineers 100+ Sets/Month
Quality Testing Laboratory Quality Lab

Full-Process Quality Control

Incoming inspection → In-process control → Final inspection → Shipping inspection, dual certified with ISO 9001 and IATF 16949.

ISO 9001 IATF 16949
Learn More

Need Fast
Tooling Development?

7-15 day fast turnaround at ±0.005mm precision. Our in-house design team and advanced equipment safeguard your product’s fast time to market.

Get a Quote View All Capabilities
Fast turnaround
Ultra precision
In-house design

FAQ

Can tooling development really be completed in 7-15 days?

Yes. For standard stamping or progressive dies, 7-15 days is achievable. The keys are: 1) a mature product design, 2) an early DFM review by our team, and 3) no exceptionally complex processes. Highly complex tooling may require 20-30 days.

Can tooling precision be guaranteed at ±0.005mm?

Yes. Using precision equipment such as slow-wire and wire EDM together with CMM inspection, we achieve ±0.005mm precision—more than enough for most electronic products. Ultra-precision applications can reach ±0.001mm.

How long does the tooling last?

Standard tooling lasts 1M+ strokes, and high-grade tooling can reach 5M strokes. Tooling life depends on material, process difficulty, and operating conditions. We assess and optimize it according to your production needs.

What’s the difference between providing samples and drawings?

If you have drawings, we can start design directly and save scanning/reverse-modeling time; if you only have samples, we perform reverse engineering first. Either way, we conduct a DFM review and offer optimization suggestions.