LiamS (Shanghai) Health Technology Development Co., Ltd.LiamS (Shanghai) Health Technology Development Co., Ltd. specializes in crafting state-of-the-art radiation protection automation equipment shells. Our extensive product range includes radiation in-line machines, automatic dispensing machines, network communication equipment, medical imaging equipment, data storage solutions, new energy devices, and sophisticated chassis and cabinets for automated mechanical systems. Since 2021, we've elevated our service offering by providing comprehensive, tailored solutions. By integrating either the customer's system or our proprietary systems into customized machinery, we ensure optimal solutions are chosen to meet the diverse needs of different products and scenarios.
The stage can be rotated 360°;
The X-ray source adopts the world's top Japanese Hamamatsu closed X-ray tube, which has a long life and is maintenance-free;
High-resolution design to get the best image in a very short time;
Laser automatic navigation and positioning, quickly select the shooting position;
X/Y/Z axis motion control, easy to operate;
CNC detection mode, fast and automatic detection for multi-point array;
Tilt multi-angle detection, easier to detect sample defects;
The light tube plate can be rotated at the same time (0-60°) to make the detection image clearer and more intuitive;
The operation is simple and fast, quickly find the target defect, and get started with two-hour training;
Sheet metal processing ability |
Name. |
Bending Welding Waterproof Wall Mount Power Distribution Control Box Equipment Housing Sheet Metal CabinetBattery Electrical Enclosure |
General Capabilities |
Manufacturing as per design drawingsOEM (Original Equipment Manufacturer) |
Drawing Format |
PRO-E, Auto CAD, Solid Works, UG, CAD CAM / CAE. PDF |
Automation Capabilities |
CNC / Manual / Robotic Load Unload |
Welding Process |
MIG / TIG / Arc / stick |
Fabrication Process |
Laser Cutting / Folding / Forming / Punching |
Welding / Painting / Powder Coating |
Shearing / Stamping/ Polishing |
Materials Used |
AL1060,AL6061.AL6061.AL5052 |
Steel, mild steel, SPCC |
SS201 5S303 55304 S316,SS316L |
Galwanized sheet |
Special requests |
Gauge Size / Thickness
(Laser) |
25mm Max Carbon Steel |
30mm Max Stainless Steel & Aluminum |
logo |
Screen printing, laser marking, UV printing |
Surface Finish |
Powder coating, bead blasting, anodizing, electroplating, polishing, brushing, painting, screen printing, etc |
Sheet Metal Products |
Brackets i Enclosures i sheet metal parts Frames/Cabinets |
Decorative screen / Stamping parts / Panels / Covers
|
Promotion3D CAD Service
YISHAN Innovation provides a wide range of 2D and 3D CAD
drafting services for the product development sector utilising ourSolidworks CAD suite.
Design for Manufacturing
As a Customized Sheet Metal Design Fabrication .we provide not
only manufacturing service,but also sheet metal design Consulting Service.
Through consulting, we can find out where to cost down but stillkeep product's quality.
We promise to you that your design can be manufactured justaccording to your budget and quality request.
Quality Control
First Article Inspection Report: before mass production,each
project is examinedevaluated and recorded in detailand ther
feedback to customers through our comments
Provide FAlR hard copy and physical samples
First sample inspection report:
inspection dimension inspection report (whether it is the size
required by the customer, tolerance range.
Quality test report
Complete summary instruction
Pre-Shipment Quality Inspection
The inspection report needs to examine the function, assemblysurface treatment and pakaging of the product.
Inspection report
01. Function of the product :Whether it can meet the customer's
needs according to the customer's requirements.
02.Assemble, If it is a component, can it be assembled togethel
and used property?
03. Surface treatment: Whether the surface treatment is carried ouiaccording to customer's reguirements, whether the treatment is in
olace,and whether there is any missing treatment.
04.packaging, Final inspection before packaging, checking crushed
qualified and marks
FAQ
1. How can I get the quotation?
You can send us an email or contact us via WhatsApp, WeChat, etc. Please provide detailed requirements, drawings, materials, quantity, tolerance, surface treatment, etc., and we will calculate the cost for you.
2. If we don't have detailed drawing, can you make drawing for us? Yes, our professional engineering team can assist you in creating the necessary drawings.
3. When can I get the sample?
The production timeline for molds can vary significantly based on your specific product needs. Typically, the entire process, from mold creation to sample production, can be efficiently completed within approximately 20 days.
4. How long is the production time?
The production duration ranges from 14 to 30 working days, contingent on the quantity of your order. We ensure prompt and efficient turnaround to meet your demands.
5. What is the payment method?
Molding and Tooling: We require a 100% TT (Telegraphic Transfer) payment in advance to initiate the process.
Parts Product Order: Payment terms will be finalized based on the specifics of your order to provide you with the most flexible options.
6. What kind of drawing format is workable for you?
We accept a wide array of drawing formats including PDF, STP, STEP, IGS, IGES, OBJ, STL, GLB, DWG, and many others to accommodate your design needs.
7. How do I know the production and shipping process?
To keep you informed and confident, we double-confirm your requirements and provide you with a sample before initiating mass production. During the production phase, we will regularly update you on
the progress to ensure transparency and trust.
8. How do I know the shipping process? Before shipment, we will meticulously confirm all details with you, including Commercial Invoice (CI) and other critical factors. Post-shipment, we will provide you with the tracking number and keep you informed with timely updates on the shipping status.
Quality Control
1) Inspecting raw materials as they arrive at our factory-Incoming Quality Control (IQC).
2) Verifying all details before initiating production line operations.
3) Conducting thorough inspections and routine checks during mass production-In-Process Quality Control (IPQC).
4) Inspecting finished goods post-production-Final Quality Control (FQC).
5) Verifying goods before dispatch-Outgoing Quality Control (OQC).