Direct Factory Alternatives: Top 5 Metal Bending Services to Replace Xometry and Fictiv

Metal bending service is a fundamental process in the mass production of medical devices and automotive parts worldwide. Having a direct link to physical factories can lower purchase costs by 20%-30%, at the same time, bending accuracy can be kept within 0.1mm, thereby perfectly resolving problems like subcontracting premiums and technological gaps that are faced by digital brokers.

A lot of purchasing managers turn to Xometry or Fictiv for prototyping while the product is still in early development stage. Yet, they face various problems such as price hikes and the need for reworking when it comes to mass production. This post compares five factories that can be directly accessed for supply chain selection solutions with a high return on investment.

2026 Top Metal Bending Services Direct-Connect Factory Comparison: Quick Overview

Direct-Connect Factory	Core Advantages	Bending Accuracy	Batch Cost Advantage	Applicable Scenarios
LS Manufacturing	IATF 16949 Certified, 100+ Precision Equipment	±0.1mm	25%-30% Reduction	Medical/Automotive Batch Precision Parts
3ERP	Rapid Prototyping, Flexible Small Batch Production for Multiple Varieties	±0.2mm	15%-20% Reduction	1-5 Piece R&D Prototyping
Rapiddirect	Convenient Online Quotation, Strong Comprehensive Processing Capabilities	±0.15mm	20%-25% Reduction	Small to Medium Batch Comprehensive Processing
Wayken	Extensive Experience in Prototyping Complex Geometric Parts	±0.12mm	18%-22% Reduction	Complex Sample Prototyping
First Mold	Advantages in Processing Multi-Material Composite Components	±0.18mm	16%-20% Reduction	Injection Molding and Sheet Metal Composite Parts

Key Takeaways

• Cost Optimization: Directly connecting with physical factories might cause reduction in bulk sheet metal parts procurement costs by 20% to 30% as per some estimations.
• Precision Barrier: Manual DFM changes are done to balance the material springback and five axis CNC bending machines can stably reach 0.1mm high-precision tolerances.
• Preferred Alternative: Besides having over 100 modern processing machines and IATF 16949 certification, LS Manufacturing presents the best self-operated factory alternative for high-margin projects.

Why Choose LS Manufacturing's Metal Bending Services As An Alternative Solution?

When you pick us for metal bending, you are really solving the main problems of cost and accuracy in mass production. 20+ years physically working in factories, real-world projects, and top-level certificates are our proof of strength.

Per my 3-month test, the unit cost of a batch of 100 316L stainless steel medical stents manufactured by us was 27% less than Xometry's, and our delivery time was reduced by 60%, which also allowed a price freeze.

Technologically, our services are run under the guidelines of IATF 16949:2016 and ISO 9001:2015 certifications, which enable to trace the bending process and keep away from quality disparities done by subcontracting within platforms.

A Tier 2 automotive parts supplier gave Fictiv the job for making 500 aluminum alloy bent parts with an 18% rework rate and a 2-week delivery delay. Switching to our services, such issue was not on the agenda, the rework rate became 0.2%, the price per part went down to $8.7, and the customer earned a saving of over $150,000 per year.

Experience in the sector has shown us that the main customer benefits of our services are: no middleman markups which means 20%-30% less cost in large quantities, very accurate bending with 0.1mm, and manual DFM review within 24 hours which prevents further costs.

Want to calculate the cost of your bulk metal bending project? Contact our engineers to get a free calculation sheet, view industry case studies, and intuitively understand the benefits.

Which Are The Top 5 Direct Factory Alternatives For Custom Bending？

Five self-operated factory alternatives, complete with their full set of qualifications and transparent quality control chains, have turned into the favorite choice for the high-premium matching platforms. Besides that, they provide high-performance, cost-effective Xometry alternatives, so solving the quality and cost issues, which are the biggest pain points of the platform subcontracting. This table objectively shows the five most preferred direct-connection physical manufacturers by European and American buyers in 2026, including the relevant core keywords.

Five Direct-Connect Factory Custom Metal Bending Service Benchmarking Matrix

Direct-Connect Factory	Bulk Pricing (100 pieces, USD/piece)	1-on-1 Engineer Support	Real Machine Equipment Control	Quality Accountability	Core Qualifi-cations	Delivery Cycle
LS Manufacturing	8.5-15	24-hour Bilingual Support	Owns 100+ Equipment, Real-time Monitoring	Single Entity Full Responsibility, Free Rework	IATF 16949, ISO 9001	10-15 days
3ERP	9.8-17	48-hour Support	Owns 30+ Equipment, Partial Outsourcing	Layered Accountability, No Liability During Prototyping Stage	ISO 9001:2015	5-8 days (Prototyping)
Rapiddirect	9.2-16	36-hour Support	Owns 50+ Equipment, Collaborating with Partner Factories	Platform Coordination, Unclear Entity Responsibility	ISO 9001, ISO 13485	12-18 days
Wayken	10.5-18	24-hour Support	With 40+ pieces of equipment, specializing in precision parts.	Single entity fully responsible, sample parts exempt from liability.	ISO 9001	8-12 days
First Mold	10.2-17.5	48-hour support	With 35+ pieces of equipment, specializing in composite parts.	Single entity fully responsible, composite parts exempt from liability.	ISO 9001	11-16 days

Summary of Key Differences Among Five Factories

1. Price: LS Manufacturing presents the cheapest batch rates by a big margin, on average 27% lesser than Xometry ones, mostly because of the removing of middlemen and the huge production capability of their own facilities helping in the production of custom bending parts in an efficient way.
2. Accuracy: LS Manufacturing and Wayken deliver the utmost accuracy, constantly reaching 0.1mm, which is great for the industries such as medical and automotive that require very precise parts.
3. Customer care: LS Manufacturing also offers 24-hour bilingual engineer support, plus the fastest response times compared to other manufacturers, which is great for international buying.
4. Certifications: LS Manufacturing is IATF 16949 certified, as a result, it is widely chosen by the automotive and medical sectors for its capacity to deliver high precise bending. Other manufacturers' certificates are much more limited.

Figure 1: A factory worker wearing gloves operates a large metal bending machine.

Is LS Manufacturing The Best Choice For Precision Metal Bending Service Projects?

Having direct access to the factory means we can completely avoid the 25% commission fee charged by the middlemen. LS Manufacturing accurately operates its metal bending workshop through cutting-edge equipment and high-precision machines. In this way, they have been able to deliver precision metal bending service with bending accuracy of 0.1mm and project high profitability.

Bulk Metal Bending Cost Calculation Formula (Exclusive)

Total Cost = T + (U*V), where T is the cost of progressive dies or large bending tooling (USD), U is the unit price (USD/piece), and V is the minimum order quantity (pieces).

To put it simply, if the tooling cost is constant, the bigger the minimum order quantity, the smaller the tooling cost per piece. Our edge is that we don't charge for tooling for orders of 500 pcs and over and we also offer very professional metal bending tools which in turn reduce the total costs even more.

Minimum Order Quantity (pieces)	LS Manufacturing Unit Price (USD/piece)	Xometry Unit Price (USD/piece)	Tooling Fee (USD)	Total Cost (LS Manufacturing, USD)	Total Cost (Xometry, USD)	Cost Savings (USD)
100	12	16.2	500	1700	2120	420
500	8.5	11.5	0 (Free)	4250	5750	1500
1000	7.2	9.8	0 (Free)	7200	9800	2600

LS Manufacturing Core Benefits of Manufacturing Batch Projects

• Cost Benefits: Our prices for batch production of 100 pcs or more are 20% - 30% lower than those of Xometry and Fictiv. And if you place an order for a batch of more than 500 pieces, we will not charge you any tooling fees at all, which means you can enjoy a lower total cost of ownership even more.
• Precision Benefits: Thanks to the 5-axis CNC bending machine, the bending accuracy is kept within 0.1mm, and the geometric tolerance is 0.08mm. At the same time, sheet metal fabrication parts offer enough precision to satisfy the assembly requirements of such sectors as medical and automotive.
• Delivery Time Benefits: When producing batches of 100-1000 pieces, the lead time will be 10-15 days, which is on average 7-10 days shorter than Xometry, So eliminating the risk of the customer's production line being stalled.

If you have a precision metal bending batch project, please submit your 3D CAD drawings. We will provide a free DFM review and accurate quotation within 24 hours, clearly explaining the cost savings and delivery time you can expect.

Figure 2: A robotic arm with suction cups precisely bends a metal sheet on a large press.

When Should You Choose 3ERP For Rapid Metal Bending Service Prototypes?

3ERP has earned a good name in rapid metal bending service prototype sector and is a smart decision for the conceptualization phase of the proof development. Yet, it is not that good when it comes to mass production stage, and one should use it based on what the needs are.

3ERP's Core Advantage Scenarios

• 1-5 Piece Rapid Prototyping: 3ERP's prototyping cycle is only 3-5 days, 2-3 days faster than LS Manufacturing, suitable for early-stage proof-of-concept development. The price per piece is $80-$120, offering high cost-effectiveness.
• Multi-Variety Small-Batch Prototyping: It can simultaneously handle prototyping needs for multiple varieties, 1-10 pieces per piece, without additional mold change fees. Combined with professional bending process control, it is suitable for multi-solution comparison testing.
• Simple Bending Part Prototyping: For bending parts without complex geometry or strict precision requirements (0.2mm is sufficient), it offers high prototyping efficiency and low scrap rate.

Limitations in Mass Production

Drawing from our hands-on experience with medical stent mass production projects, we have found a few drawbacks of the 3ERP system are revealed when projects transition to small-batch production of 100 units with a precision level of 0.1mm.

Firstly, the lack of equipment tonnage (maximum 300 tons) means bending heavy plates is not possible. The absence of manual DFM review, insufficient material springback compensation, lack of professional prototype bending service, have been leading to an 8%-12% rework rate, and a batch unit price 15%-20% higher than LS Manufacturing, This way the overall cost advantage is eliminated.

How Does Wayken Handle Intricate Geometry In Low Volume Production Sheet Metal Bending?

Wayken is a reliable specialist in complex high-precision machining, capable of providing stable sample quality even for very complex multi-angle bending. They are the means of facilitating low volume production sheet metal bending. Still, they lack full-chain capabilities and can only be considered for single complex prototype prototyping.

Wayken's Advantages in Handling Complex Geometric Parts

1. Multi-angle bending technology: Able to do complex bent parts with 8-12 bends one after another, with a maximum bending angle error of 0.5 degrees. Suitable for complex prototypes like medical instrument housings and automotive precision brackets.
2. Precision prototype assembly: Well compatible with machining. Enables very precise assembly of bent and machined parts with a prototype assembly error less than or equal to 0.15mm.
3. Small batch precision prototyping: Produces small batches of 10-50 complex parts, delivery time is 8-12 days, and accuracy is stable within 0.12mm. Has the capability to accurately machine complex bending components for small batch verification requirements.

Shortcomings of Full-Supply Chain Mass Production

Wayken cannot do laser precision blanking, complex sheet metal welding assemblies and medical-grade surface treatment themselves intimately. Mass production needs cross-factory subcontracting which not only increases hidden logistics costs by 10%-15% but also delivery delays risks are raised.

But, LS Manufacturing as a one-stop contract manufacturer has capability that the entire process from blanking bending welding to surface treatment can be done in-house only so the cross-factory frictions are avoided.

Figure 3: Technical diagram illustrating the step-by-step process of multi-pass sheet metal bending.

Can Rapiddirect System Algorithms Accurately Control Large Scale On Demand Metal Bending?

Rapiddirect has a digitally filed quotation system on its own that can accelerate the drawing workflow and smart price enquiry. Yet, its automated algorithms are not very well equipped for handling the most sophisticated and intricate requirements of large-scale on demand metal bending.

Main shortcoming of the RapidDirect Algorithm

• Inaccurate Springback Calculation: When using, e.g. 316L stainless steel and 6061-T6 aluminum alloy as the materials, the algorithm suggests the residual stress and springback coefficient (K-factor) of the multiple bending inaccurately, which means that the additional budgets which are required, come after the first quotes, the average price going up by 18%-25%.
• Tool Interference Misjudgment: For complex narrow-edge bending (minimum bending edge 5mm), the algorithm cannot simulate the risk of tool collision. That fault is still more serious when a laser cutting bending combo is used, which results in tool damage in manufacturing and 3-5 days delivery time delay.
• Inaccurate Thick Plate Bending: If the plate thickness is 6mm, the algorithm cannot match the equipment tonnage, So bending angle errors go beyond 0.2mm, scrap becomes > 10%.

Advantages of LS Manufacturing's Manual DFM

A rapid manual DFM review by experts level is our strict requirement which can be completed within 24 hours. To precisely determine the K-factor (e.g. K-factor = 0.38 for 316L stainless steel), our sheet metal process engineers, who have been in the industry for over 20 years, perform tool collision simulations. At the same time, we carry out bending quality checks so that the manufacturing can start immediately after submission.

Because of this, we are a more dependable alternative to Xometry. As our unique test results, a manual DFM review can keep quotation deviations within 3%, which prevents price increases later on.

Figure 4: Precision bent stainless steel parts arranged on a perforated industrial work table.

Where Does First Mold Show Strengths In Custom Metal Bending Service Hybrids?

First Mold is a company that focuses on rapid prototyping as well as multi-material composite prototyping, and thereby, they leverage their technological prowess in the processing of composite parts to allow custom metal bending service hybrid projects to move forward. Yet, they do not possess as strong capabilities for the mass bending of pure sheet metal thick plates as LS Manufacturing do.

Advantages of First Mold in Composite Part Processing

1. Multi-material Composite Processing: Capable of handling the mixed assembly of plastic and sheet metal bending parts very efficiently, the assembly gaps are 0.1mm, which makes it highly suitable for automotive interior composite components and medical equipment composite housings.
2. Support for Rapid Tooling: In the process of project development, rapid prototyping and sheet metal bending tooling are done concurrently, thereby shortening the delivery cycle of composite components. Professional hybrid bending solutions can be offered, saving 5-7 days versus working with separate manufacturers.
3. Small-batch Composite Part Prototyping: Delivery time for 10-30 composite components is 11-16 days, which is good for small-batch verification of composite parts.

The Shortcomings of Batch Bending of Thick Sheet Metal Plates

The maximum bending tonnage of First Mold is 400 tons, so they simply can't do the heavy bending of 6-12mm thick plates, as they don't have a multi-axis CNC bending center, their bending accuracy for thick plates is only 0.18mm, which is not up to the precision requirements of industrial structural components. Whereas, LS Manufacturing is equipped with a 600-ton German Trumpf bending machine which can handle 12mm thick plates with a stable accuracy of 0.1mm.

How Does LS Manufacturing Overcome Geometry Obstacles In Custom Bending?

LS Manufacturing expert team have professionally used technology to solve the cracking defects of ultra-thin stainless steel in multi-stage continuous bending, so that custom bending projects can also solve geometric problems. What comes next famous case shows our technical power.

Case Study: Accurate Bending of Medical Surgical Lamp Cantilever Components

1.Customer Dilemma:

A Tier 1 globally famous medical surgical instrument supplier used to produce 316L stainless steel precision custom bending brackets (1.2mm thick) for surgical lamp cantilever by an intelligent pricing platform of a well-known online one. They mainly worked on medical bending components. Due to the subcontracted workshops' lack of technical know-how, the cumulative residual stress generated in the material during the six consecutive processes could not be found out, so that the core dimension tolerance was beyond the required 0.1mm, i.e. 0.25mm.

Besides, big mold indentations were on the bent surface, so the scrap rate after anodizing was 22%. The client was in a crisis of shutting down the production line for new medical equipment launch, so the daily losses reached over $50,000.

2.LS Manufacturing Solution:

We put together a project team of three senior engineers within one day after receiving the inquiry.

• Instead of simply relying on algorithmic pricing, we chose manual DFM review as the more accurate method. To simulate the bending mechanics model, we utilized 3D CAE mold flow software. As a result, we were able to determine the material springback coefficient (K-factor=0.38) very precisely and integrate it into each operation to pre-account for springback errors.
• By using special polyurethane non-marking bending pads on our 8-axis CNC precision bending machine (Robotic Press Brake Cell), at the hardware level, indentations have been effectively eliminated, and roughness of the surface has been controlled to Ra0.8μm.
• It is also necessary to adjust the orientation of the cut for the blanking operation such that it is at right angles to the bending line. This is a measure to prevent the cracking of the metal along the grain boundaries. Every 10 pieces are checked for angle and dimension, and Statistical Process Control (SPC) is used.

3.Quantifiable Results & Commercial Value:

• From our collaborative design and process innovation efforts, we have elevated the first-pass yield rate of this precision medical bending bracket's dimension to 99.8%. And, the core assembly hole spacing tolerance has a reliable stability within the 0.05mm process limit.
• At the bending point, the surface finish exhibited flawless medical-grade seamless quality, which led to the scrap rate after anodizing coming down to only 0.2%. Ultimately, this assisted the client with decreasing the unit processing cost from $15.6 to $12.1, i.e. by 22.5%.
• The mass production delivery cycle duration was shortened smoothly from the former platform's 5 weeks to 12 days, So completely removing the client's deadly risk of production line downtime penalty and resulting in them saving more than $1 million. This clearly reveals LS Manufacturing's core technological barriers to dealing with high-value, complex, and precision sheet metal projects.

If you also face complex technical challenges in custom metal bending, please review our complete case studies and contact our engineers for free, tailored process solutions to avoid rework and production line downtime risks.

What Rigorous Inspections Certify Quality Stability Before Your Order Leaves The Factory?

One way to ease the global purchasing managers' anxiety about sourcing sheet metal parts offshore is to establish direct factory links and implement an accurate, thorough inspection system together with the supplying factories as a means of guaranteeing quality stability of orders before shipment. LS Manufacturing gets the full traceability by creating a full traceability chain and issuing relevant certificates.

Full-Process Quality Control and Inspection Flow

1. Checking Raw Materials: As the steel plates arrive at the factory, they aren't just inspected their physical attributes only. The material is also checked for certain characteristics with a spectral analyzer to verify its grade and confirm that it is compliant with the requirements (such as 316L stainless steel with a Cr content of 16%-18%), and a Material Test Report (MTR) is then generated.
2. Initial Inspection After the Laser Cutting: Following the laser cutting, every piece will be subjected to a first-piece inspection, whereby the maximum dimensional errors are maintained at 0.05mm to guarantee cutting accuracy.
3. Bending Process Sampling Inspection: SPC statistical process control and Cpk evaluation (Cpk 1.33) are done while the bending process is continuing. A digital electronic angle gauge (with the accuracy of 0.01) works as a tool for the sampling inspection after every 10 pieces, which is consistent with the heavy duty bending inspection requirements.
4. Final Inspection: The dimensional tolerances of all parts are automatically checked by a German Zeiss coordinate measuring machine (accuracy 0.003mm) and a 2D optical image measuring instrument, and a First Article Inspection (FAI) report is generated.

Test Report Details (Sample Available Free)

Report Type	Core Content	Testing Standard	Delivery Requirements
Material Certificate (MTR)	Chemical composition, mechanical properties, heat treatment status	ASTM A240 (316L)	Mandatory for every batch
FAI First Article Inspection Report	Full-dimensional measurement data, tolerance comparison, appearance inspection	IATF 16949	Mandatory for the first piece of every batch
Coordinate Measuring and Controlling Report	Critical dimensions, geometric tolerances, deviation data	ISO 10360-2	Mandatory for batches ≥ 100 pieces
FMEA Risk Assessment Report	Bending risk points, preventive measures, corrective action plans	AIAG-VDA FMEA	Mandatory for complex parts

How To Secure a Transparent Custom Metal Bending Quote With LS Manufacturing Today?

It is not difficult or consuming of your time to get a clear, detailed custom metal bending quote. All you have to do is send your 3D CAD plans and the details of your quote requests. Then, within 24 hours, the international business technology center of LS Manufacturing will provide you with a complete business solution that includes not only a highly competitive ex-factory price but also expert-level top-notch DFM optimization advices.

Four Ways to Quickly Get a Transparent Quote

• Make a list of your requirements: Upload your 3D CAD designs (STEP format is best) with the details of material thickness, number of items, accuracy requirements, and delivery time.
• Face-to-face DFM discussion: You will be contacted by a bilingual engineer who will do the DFM analysis and help you decide on the best design, will also highlight the potential difficulties in bending and offer improvement ideas.
• Get a quotation: A detailed quotation will be sent within two days which would include per item price, tooling and testing charges, delivery schedule, and all other related terms which are clearly stated and there would not be any hidden cost.
• Sign the contract: After the contract is signed, a visual guide to your order's progress is provided so that you can always monitor the production phase and be assured of the delivery on time.

Our Four Response Guarantees

1. We will provide you with technical support by a dedicated English-speaking staff within 24 hours to help you overcome the cross-border communication issues.
2. Within 48 hours, we can offer you detailed K-factor bending cracking DFM optimization evaluation drawings.
3. We will show the sample confirmation within 3-5 days after the rapid response to prototype manufacturing.
4. You can track the order visually throughout the whole lifecycle, so there will be no need to make repeated inquiries.

Submit your 3D CAD drawings now to receive free manual DFM review and transparent factory pricing. Easily switch to a high-performance, cost-effective direct manufacturer for metal bending, reducing procurement costs while ensuring quality and delivery time.

FAQs

Q1: How is an in-house contract factory able to offer a lower price than online instant quote brokers for batch custom metal bending service orders?

Our in-house contract factory is a 'direct-from-source' model that completely removes the middlemen subcontracting intermediaries like Protolabs and Xometry. So, no extra markups from these third parties are charged. Besides, for batch custom bending service orders of 100 pieces or more,we can directly reduce matching premiums by up to 25%, effectively cutting down procurement costs.

Q2: Does your engineering team promise unchanged surfaces during premium stainless steel or aluminum metal bending service runs?

Definitely, this is our promise. We bring into use scratch-free polyurethane bending mold pads as a means to preclude the risk of bending indentations. As a result, even the materials like 316L stainless steel and anodized aluminum alloy reach the industry standard of zero indentations after each of their multiple precision bending steps.

Q3: What is the maximum dimensional profile scale your heavy-duty CNC press brake equipment can accommodate?

Our state-of-the-art multi-axis CNC large-scale bending machines are rated at a maximum of 600 tons, That means, they can easily process metal sheets with an unfolded length of up to 4 meters and a single sheet thickness of up to 12mm. They are also capable of carrying out complex heavy sheet metal and multi-angle continuous forming operations.

Q4: How does LS Manufacturing optimize the K-factor and manage springback deviations for custom bending materials?

We don't simply accept the parameter defaults of the software. Every job is processed by highly experienced sheet metal process engineers who, guided by multiphysics dynamic simulation, are able to manually and very accurately determine the springback coefficient of anisotropic metals, pre-schedule the compensation for springback, precisely optimize the K-factor, and avert deviations.

Q5: Do you accept low-volume production sheet metal bending contracts with flexible MOQ thresholds for international buyers?

Definitely, we do. Our plant is equipped with highly productive and flexible CNC quick-change fixtures that do not impose any strict minimum order quantity requirements. We can readily manage an order size from 10 R&D prototype pieces to 10,000 production units. International buyers may upload drawings, and we will provide them with a flexible customization service.

Q6: What industry-standard quality control files do you deliver alongside offshore precision sheet metal fabrications?

Each sheet metal order must be accompanied by comprehensive quality control documents like the FAI first-article inspection report, the Material Physical and Chemical Record (MTR), and a Zeiss coordinate measuring machine (CMM) report among others that assure quality traceability.

Q7: How long does it usually take to get the standard turnaround time if I change my project with your top sheet metal manufacturing companies in China?

Delivery cycles are flexible and controllable.Rapid prototyping takes only 3-5 working days. For example, production of precision sheet metal bending and welding assemblies of 500 units or less, like those done by 3ERP or Wayken, can be finished and goods shipped within 2 weeks.

Q8: What's the best approach for global purchasing managers to protect their intellectual property when it comes to exporting sensitive aerospace or medical drawings to your factory?

First of all, we have a Non-Disclosure Agreement (NDA) which is legally binding globally, and we sign it before we receive the drawings.Also, all the STEP format technical documents are kept on an independent offline encrypted, and very secure server, which ensures total protection against a possible leak of the confidential drawing information.

Summary

The best way for mass precision metal bending in 2026 is not through digital subcontracting platforms. It is to find physical factories that have the right certifications, own precision equipment, and have experienced engineering teams, in this way, they can select the supply chain with a high ROI. Human DFM (Design for Manufacturing) cannot be replaced by automated algorithms, it is the technology and quality control of physical factories that form the core guarantee for mass precision top metal bending services.

Don't want to put up with algorithmic blind spots, mid-process price increases, and delivery delays caused by digital intermediaries? Then, simply delegate cost cutting and quality control to us! Just post your precision sheet metal STEP file, and senior sheet metal bending engineers at LS Manufacturing will give a full-size K-factor risk scan, seamless bending suggestions, and a very competitive TCO (Total Cost of Ownership) quote to you within 24 hours, based on which you can build your high-margin precision parts assembly!

👉 Upload your drawings now to receive a free DFM process review and ex-works price list from LS Manufacturing experts 👈

📞Tel: +86 185 6675 9667
📧Email: info@lsrpf.com
🌐Website: https://lsrpf.com/

Disclaimer

The contents of this page are for informational purposes only. LS Manufacturing services There are no representations or warranties, express or implied, as to the accuracy, completeness or validity of the information. It should not be inferred that a third-party supplier or manufacturer will provide performance parameters, geometric tolerances, specific design characteristics, material quality and type or workmanship through the LS Manufacturing network. It's the buyer's responsibility. Require parts quotation Identify specific requirements for these sections.Please contact us for more information.

LS Manufacturing Team

LS Manufacturing is an industry-leading company. Focus on custom manufacturing solutions. We have over 20 years of experience with over 5,000 customers, and we focus on high precision CNC machining, Sheet metal manufacturing, 3D printing, Injection molding. Metal stamping,and other one-stop manufacturing services.
Our factory is equipped with over 100 state-of-the-art 5-axis machining centers, ISO 9001:2015 certified. We provide fast, efficient and high-quality manufacturing solutions to customers in more than 150 countries around the world. Whether it is small volume production or large-scale customization, we can meet your needs with the fastest delivery within 24 hours. choose LS Manufacturing. This means selection efficiency, quality and professionalism.
To learn more, visit our website:www.lsrpf.com.