Comprehensive Overview of Brass Swiss Machined Components and CNC Swiss Turning Services
We are one of the leading manufacturers and exporters of Brass Swiss Machined Components, CNC Swiss Turning Parts, and Precision Swiss Screw Machined Components from India. We have been supplying high-precision brass Swiss machined parts, micro-machined brass components, miniature brass turned parts, complex Swiss-type machined components, and custom precision brass parts to the world market for many decades. Our state-of-the-art manufacturing facility specializes in producing high-quality brass Swiss machined components using advanced CNC Swiss-type automatic lathes, multi-axis Swiss turning centers, precision sliding headstock machines, live tooling capabilities, and comprehensive quality inspection systems. With over three decades of global experience in precision Swiss machining, we serve diverse industries including brass Swiss machined parts for medical devices and surgical instruments, precision brass components for aerospace and defense, miniature brass parts for electronics and telecommunications, high-precision brass components for automotive sensors, micro-machined brass parts for instrumentation, complex brass turned components for watchmaking, precision brass fittings for hydraulic and pneumatic systems, Swiss machined brass connectors for fiber optics, and precision brass parts for industrial automation. We manufacture brass Swiss machined components ranging from ultra-miniature precision parts 0.3mm diameter for micro-medical devices to medium precision components 32mm diameter with lengths from 1mm to 300mm, all maintaining ultra-tight tolerances ±0.005mm to ±0.01mm, precise concentricity within 0.01mm TIR, excellent surface finish Ra 0.4-0.8 micrometers, and reliable performance in demanding applications.
Brass Swiss Machined Components – Ultra-Precision CNC Swiss Turning Parts
Brass Swiss Machined Components represent ultra-precision manufactured parts produced using CNC Swiss-type automatic lathes (also known as Swiss screw machines or sliding headstock lathes), providing exceptional capabilities for manufacturing small diameter precision parts (typically 0.3mm to 32mm), complex multi-diameter turned components, parts requiring extreme length-to-diameter ratios (up to 40:1), tight tolerance machining (±0.005mm to ±0.01mm), excellent concentricity and perpendicularity, superior surface finish, and high-volume production rates (50-500 pieces per hour).
Brass Swiss machined components find applications in:
Medical Device and Healthcare Applications
Surgical Instruments: Laparoscopic instrument parts, endoscopic device components, microsurgical elements, dental drill components, biopsy needle parts. Medical Implants: Orthopedic implant components, dental implant parts, spinal implant elements, trauma fixation devices. Drug Delivery: Insulin pen components, auto-injector parts, infusion pump elements, metered dose inhaler parts. Diagnostic Equipment: Blood analyzer components, glucose meter parts, laboratory analyzer connectors. Medical Electronics: Pacemaker components, monitoring equipment connectors, medical sensor housings.
Aerospace and Defense Applications
Avionics Components: Connector pins and sockets, precision bushings for flight control, sensor housings for aircraft instrumentation, fuel system fittings, hydraulic valve components. Navigation Equipment: GPS antenna connectors, gyroscope parts, accelerometer housings, altimeter sensors. Communication Systems: RF connector components, antenna elements, military radio parts, secure communication devices. Weapons Systems: Firing pin components, trigger mechanism parts, optical sight components.
Automotive and Transportation
Fuel Injection Systems: Precision fuel injector nozzles, high-pressure fuel rail connectors, fuel pressure sensor housings, carburetor jets. Sensor Components: Temperature sensor housings, pressure sensor bodies, oxygen sensor parts, ABS sensor components, throttle position sensors. Transmission: Transmission sensor parts, valve body components, solenoid housings. Electric Vehicle: Battery management connectors, charging system components, electric motor sensor housings.
Electronics and Telecommunications
Fiber Optic Connectors: Ferrule components, connector bodies, alignment sleeves, coupling nuts for LC, SC, FC, ST connectors. RF and Microwave: Precision RF connectors, coaxial connector components, microwave device housings, antenna elements. Semiconductor Equipment: Wafer handling components, test probe pins, alignment pins, vacuum system fittings. Consumer Electronics: Smartphone connector pins, tablet device components, wearable electronics parts.
Instrumentation and Analytical Equipment
Laboratory Instruments: Chromatography fittings, mass spectrometer components, spectroscopy parts, centrifuge components. Process Control: Pressure transducer bodies, flow meter components, level sensor housings, temperature probe elements. Scientific Instruments: Microscope components, optical instrument parts, laser equipment elements, vacuum system fittings.
Industrial Automation and Robotics
Pneumatic Components: Miniature pneumatic fittings, valve components, actuator parts, pressure regulator elements. Hydraulic Systems: Micro-hydraulic fittings, manifold components, precision orifices, check valve parts. Robotic Components: Joint connector pins, actuator shafts, sensor mounting components, gripper mechanism parts. Motion Control: Stepper motor components, servo motor parts, encoder elements, linear actuator components.
Watchmaking and Jewelry
Watch Components: Watch case components, crown parts, stem components, pusher elements, precision gear shafts. Jewelry Findings: Clasp components, earring posts, pendant bails, chain connectors, precision hinge pins.
Hydraulic and Pneumatic Systems
Precision Fittings: Miniature hydraulic fittings, pneumatic quick-disconnect components, compression fitting bodies, flare fitting parts. Valve Components: Miniature valve stems, valve seats, check valve elements, proportional valve components. Manifold Components: Manifold port plugs, orifice inserts, pressure test ports, bleed valve components.
Our Brass Swiss Machining Services and Capabilities
Advanced CNC Swiss-Type Automatic Lathes
Equipment Fleet: 25+ CNC Swiss-type lathes with bar capacity ranging from 0.5-3mm (sub-miniature), 3-8mm (miniature), 8-16mm (small), 16-32mm (medium). Axis Configuration: 5-axis to 9-axis simultaneous machining, synchronized main and sub-spindle, live tooling with C-axis, Y-axis milling capabilities. Production: Cycle times 15-120 seconds, production rates 50-500 parts/hour, lights-out automated production, continuous bar feeding.
Precision Swiss Machining Operations
Turning Operations: OD/ID turning multiple diameters, grooving (external, internal, face grooves), threading (external, internal, multi-start, fine-pitch), parting and cut-off. Milling Operations: Flats, slots, keyways, hex profiles, cross-holes, off-center holes, complex 3D features using live tooling. Secondary Operations: Cross-drilling, angular drilling, polygon turning, knurling (diamond, straight), thread milling, broaching in single setup.
Material Specifications and Brass Alloys
Brass CDA 360 (C36000): Free-cutting brass with 3% lead, 100% machinability, tensile strength 380-470 MPa, excellent surface finish Ra 0.4-0.8 μm. Brass CDA 377 (C37700): Forging brass, 60% Cu, 38% Zn, 2% Pb, 80% machinability, higher strength. Lead-Free Brass: C27400, C26000, C69300, RoHS compliant, medical device compatible, 60-70% machinability. DZR Brass CW602N: Dezincification resistant, superior corrosion resistance, 65% machinability, water contact applications.
Precision Tolerances and Capabilities
Dimensional Tolerances: Standard ±0.01-0.02mm, tight ±0.005-0.008mm, ultra-precision grinding ±0.002-0.003mm. Geometric Tolerances: Concentricity 0.005-0.01mm TIR, perpendicularity 0.01-0.02mm, parallelism 0.01mm per 100mm, cylindricity 0.005-0.01mm. Thread Tolerances: 4H/4g to 6H/6g metric, 2A/2B to 3A/3B unified, pitch diameter ±0.01-0.02mm. Surface Finish: As-machined Ra 0.4-0.8 μm turning, Ra 0.8-1.6 μm milling, Ra 0.2-0.4 μm fine finishing, Ra 0.1-0.2 μm grinding/polishing.
Thread Specifications for Swiss Machined Parts
Metric Fine Pitch: M1×0.25, M1.2×0.25, M1.4×0.3, M1.6×0.35, M2×0.4, M2.5×0.45, M3×0.5, M4×0.7, M5×0.8, M6×1.0, M8×1.25, M10×1.5, M12×1.75, M16×2.0 with 4H to 6H tolerance. Unified Fine (UNF): #0-80, #1-72, #2-64, #3-56, #4-48, #5-44, #6-40, #8-36, #10-32, 1/4″-28, 5/16″-24, 3/8″-24 with 2B to 3B tolerance. Miniature Threads: M0.5×0.125, M0.6×0.15, M0.8×0.2 for micro-medical and electronics. Custom Forms: ACME, trapezoidal, buttress, square threads, multi-start threads.
Surface Treatments and Finishing
Electroplating: Nickel plating (5-25 microns) corrosion protection, tin plating for solderability, gold plating (0.5-5 microns) electrical contacts, silver plating high conductivity, chrome plating decorative/hard wear. Passivation and Coating: Chemical passivation, clear lacquer coating, phosphate coating, PTFE low friction, powder coating decorative. Mechanical Finishing: Centerless grinding Ra 0.2-0.4 μm, barrel finishing deburring, polishing mirror Ra 0.1-0.2 μm, bead blasting matte finish.
Swiss Machining Technology Advantages
Superior Precision and Accuracy
Guide Bushing Support: Workpiece supported near cutting zone minimizing deflection, enables L/D ratios up to 40:1, maintains concentricity 0.005-0.01mm TIR, ensures perpendicularity. Rigid Setup: Minimal tool overhang reducing chatter, stable cutting conditions, thermal stability, precise positioning with ball screws and linear scales.
Complex Geometries in Single Setup
Multi-Axis Simultaneous Machining: Main spindle turning plus sub-spindle operations, live tooling milling while turning, cross-drilling during turning cycle. Complete Parts: Front and back-side operations in one cycle, no repositioning eliminating setup errors, reduced handling, lower cycle time, eliminates secondary operations.
High Production Efficiency
Fast Cycle Times: 15-120 seconds per part, simultaneous operations reducing non-cutting time, automatic bar feeding continuous production, rapid tool changes. Lights-Out Manufacturing: CNC automation unmanned production, bar feeders holding 10-12 feet stock, automatic part collection, in-process inspection, 10,000+ parts unattended.
Excellent Surface Finish
Optimal Cutting Conditions: Guide bushing eliminates chatter, continuous chip flow with free-cutting brass, high spindle speeds (10,000 RPM) for fine finishes, precision ground tooling, optimized feeds achieving Ra 0.4-0.8 μm as-machined.
Cost-Effective for Small Precision Parts
Material Efficiency: Bar stock feeding directly minimizing waste, standard bar diameters 3-32mm, minimal scrap, short chips recyclable. Reduced Labor: Automated production minimal operator intervention, multiple machines per operator, consistent quality, lower per-piece labor cost for high volumes.
Standard Swiss Machined Brass Component Dimensions
Dimensional Capabilities by Bar Size
| Bar Diameter | Length Range | Minimum Diameter | Typical Applications | Production Rate |
|---|---|---|---|---|
| 0.5-3mm | 1-50mm | 0.3mm | Micro-medical, electronics pins, sensors | 100-500/hr |
| 3-8mm | 2-150mm | 0.5mm | Medical, fiber optic parts, sensors | 80-300/hr |
| 8-16mm | 5-200mm | 1.0mm | Precision fittings, valve stems, instruments | 60-200/hr |
| 16-25mm | 10-250mm | 2.0mm | Automotive sensors, industrial fittings | 50-150/hr |
| 25-32mm | 15-300mm | 3.0mm | Valve components, manifolds, large sensors | 40-120/hr |
Tolerance Capabilities Summary
| Feature Type | Standard | Precision | Ultra-Precision |
|---|---|---|---|
| Turned OD | ±0.01-0.02mm | ±0.005-0.008mm | ±0.002-0.003mm (ground) |
| Turned ID | ±0.02-0.03mm | ±0.01-0.015mm | ±0.005-0.008mm |
| Length | ±0.05-0.1mm | ±0.02-0.05mm | ±0.01-0.02mm |
| Concentricity (TIR) | 0.01-0.02mm | 0.005-0.01mm | 0.002-0.005mm |
| Perpendicularity | 0.02mm | 0.01mm | 0.005mm |
| Surface Finish (Ra) | 0.8-1.6 μm | 0.4-0.8 μm | 0.2-0.4 μm |
Quality Control and Inspection
Advanced Inspection Equipment
CMM: Zeiss or Mitutoyo CMM ±0.003mm accuracy, 3D measurement complex geometries, automated inspection programs, statistical data collection. Optical Systems: 20-50× magnification comparators, profile measurement, thread form verification, vision inspection for 100% inspection. Non-Contact Measurement: Laser micrometers for OD/ID during production, vision systems automated gauging, white light interferometry surface analysis.
In-Process Quality Control
Statistical Process Control: Real-time monitoring critical dimensions, control charts Cpk ≥1.67 target, automated data collection, trending analysis process drift, corrective action triggers. First Article Inspection: Complete dimensional report per AS9102, material verification and traceability, mechanical property testing, photographic documentation, customer approval before production.
Thread and Material Inspection
Thread Gauges: Go/No-Go gauges per ISO, ASME, DIN standards, 4H-6H tolerance verification internal threads, 4g-6g external threads. Material Verification: Optical emission spectrometry (OES) verifying composition ±0.5%, X-ray fluorescence (XRF) rapid screening, tensile testing ASTM E8, hardness testing Brinell/Rockwell/Vickers. Traceability: Complete traceability from raw material heat number to finished parts, bar stock lot tracking, production date and machine ID, inspection records.
Applications and Industry Examples
Medical Device Precision Components
Laparoscopic grasper components (3-8mm diameter, ±0.01mm tolerance, Ra 0.4 μm), arthroscopic shaver housings, endoscope biopsy channels, microsurgical forceps pins (1-2mm diameter, 0.005mm TIR concentricity), dental handpiece components, bone screw blanks (4-8mm diameter), spinal implant connector pins (3-6mm, Ra 0.2 μm finish).
Aerospace and Avionics Components
Pressure transducer bodies for flight control (8-16mm diameter, 5000 PSI rated), temperature sensor housings engine monitoring, avionics connector pins (1-3mm diameter, gold plated 1-3 microns), RF connector bodies navigation systems, fiber optic ferrules (2.5mm OD, 0.005mm concentricity).
Automotive Electronic Sensors
Fuel rail pressure sensor housings (10-16mm diameter, M12×1.5 thread, nickel plated), MAP sensor components, tire pressure sensor valve components, coolant temperature sensor housings (M14×1.5 or M16×1.5 threads), oil temperature sensor components.
Fiber Optic and Photonics
LC connector ceramic ferrule brass housings (±0.005mm alignment), SC connector bodies, FC/PC connector components, MPO/MTP multi-fiber parts, precision alignment sleeves (1.25mm or 2.5mm ID, 0.003mm TIR concentricity), coupling nut bodies, fiber optic sensor components.
Instrumentation and Analytical Equipment
HPLC column fittings (1/4″-28 or M6×1.0 threads, zero-dead-volume, 6000 PSI), GC injector components, mass spectrometer ion source components, precision orifices (50-500 micron diameter), vacuum feedthrough fittings, gas introduction fittings ultra-high vacuum (UHV).
Hydraulic and Pneumatic Miniature Fittings
Miniature hydraulic fittings (M5 or #10-32 threads, 3000-5000 PSI rating), manifold port plugs, precision orifices flow restriction, check valve seats (concentricity critical), miniature push-to-connect fittings (2-8mm tubing), quick-disconnect coupling bodies, pneumatic cylinder end caps.
Watchmaking and Precision Mechanisms
Crown components (3-8mm diameter, decorative finish), stem and arbor parts multiple diameters (±0.005mm tolerance), pusher components chronograph functions, case tube components precision threads, balance staff components (1-3mm diameter, 0.003mm concentricity), wind-up mechanism components.
Performance Specifications
Brass CDA 360 (C36000) for Swiss Machining
| Property | Value | Notes |
|---|---|---|
| Tensile Strength | 380-470 MPa | Soft to hard temper |
| Yield Strength | 180-410 MPa | Annealed to cold-worked |
| Elongation | 18-40% | Higher annealed, lower hard |
| Hardness | 70-110 HB, 60-85 HRB | Brinell, Rockwell B |
| Machinability Rating | 100% (baseline) | Excellent chip breaking |
| Surface Finish Achievable | Ra 0.4-0.8 μm | As-machined Swiss lathe |
| Thermal Conductivity | 115 W/m·K | Good heat dissipation |
| Electrical Conductivity | 26-28% IACS | Adequate grounding |
| Operating Temperature | -40°C to +200°C | Continuous service |
Lead-Free Brass Alternatives
| Alloy | Composition | Machinability | Tensile Strength | Applications |
|---|---|---|---|---|
| C27400 | 63% Cu, 37% Zn, <0.05% Pb | 60% | 340-470 MPa | Medical devices, RoHS |
| C26000 | 70% Cu, 30% Zn | 30% | 300-450 MPa | Medical implants, cold forming |
| C69300 | Cu-Zn-Si, <0.25% Pb | 70% | 450-550 MPa | Potable water, NSF/ANSI 61 |
| Bismuth Brass | Cu-Zn-Bi | 85% | 380-470 MPa | Plumbing, near CDA 360 |
Design for Swiss Machining Optimization
Cost Optimization Factors
Part Complexity: Simple turned parts (2-3 diameters) lowest cost, complex parts with milling/cross-drilling increase cycle time 50-200%, thread cutting adds 10-30%, tight tolerances (<±0.005mm) may require grinding. Production Volume: Prototypes (50-500 pieces) higher per-piece cost with setup, medium volumes (500-5,000) achieve economy, high volumes (5,000-100,000+) benefit from optimization, blanket orders reduce setup frequency.
Design Recommendations
Optimize L/D Ratio: Keep L/D under 20:1 for standard precision (±0.01mm), ratios 20:1 to 40:1 possible but slower, minimize part length reducing cycle time. Minimize Tool Changes: Design features accessible with standard tools, group similar operations, avoid deep pockets requiring special form tools. Standardize Threads: Use standard metric, unified, or BSP threads, specify standard tolerance 6H/6g or 2B/2A, allow adequate thread relief and chamfers. Realistic Tolerances: Standard Swiss ±0.01mm adequate for most applications, specify tight tolerances (±0.005mm) only where functionally required. Material Selection: CDA 360 offers lowest machining cost (100% machinability), lead-free alternatives cost 15-40% more machining time (60-70% machinability).
Why Choose Our Brass Swiss Machining Services
Three Decades of Excellence
Established Since 1990: Over 30 years specializing in precision brass Swiss machining for medical device manufacturers, aerospace companies, automotive OEMs, electronics producers, and instrumentation manufacturers worldwide. Proven Track Record: Delivered 100+ million precision brass Swiss machined components to North America, Europe, Asia-Pacific, Middle East with 99.5% on-time delivery and <0.1% defect rates. Certifications: ISO 9001:2015 certified, AS9100D aerospace (in process), ISO 13485 medical (in process), ITAR registered defense, RoHS/REACH compliant.
Advanced Technology and Equipment
25+ CNC Swiss Lathes: Citizen Cincom (L20, A20, D25, L32), Tsugami SS20, SS26, BS20, Star Micronics SV-20, SR-20, Tornos Deco 10, Deco 20 with 5-axis to 9-axis simultaneous machining. Bar Capacity: Sub-miniature (0.5-3mm), miniature (3-8mm), small (8-16mm), medium (16-32mm). Live Tooling: C-axis interpolation milling, Y-axis off-center positioning, driven tools up to 6,000 RPM, cross-drilling/milling single setup. Automation: Bar feeders continuous production, part catchers and sorting, chip conveyors and coolant, tool presetting and monitoring, in-process inspection.
Precision Quality and Inspection
Ultra-Tight Tolerances: Standard ±0.01-0.02mm, precision ±0.005-0.008mm, ultra-precision ±0.002-0.003mm grinding, concentricity 0.005-0.01mm TIR. Inspection Equipment: Zeiss Contura G2 CMM (±0.003mm accuracy), Mitutoyo Quick Vision Elf Pro optical, Keyence IM Series image dimension, Mahr Perthometer surface roughness, thread gauges ISO/ASME/DIN. Statistical Process Control: Real-time SPC Cpk ≥1.67 target, automated data collection, control charts and trending, predictive maintenance.
Comprehensive Material and Finishing
Brass Alloy Expertise: CDA 360 (C36000) free-cutting standard, CDA 377 (C37700) forging brass higher strength, DZR brass CW602N corrosion-resistant, lead-free C27400, C26000, C69300 medical/RoHS, specialty alloys naval brass, aluminum brass, silicon brass. Surface Treatment: In-house nickel plating (5-25 microns), gold plating (0.5-5 microns), tin plating, passivation, electroless nickel, partnerships for silver, chrome, zinc, custom coatings. Finishing: Centerless grinding Ra 0.2-0.4 μm, barrel tumbling deburring, polishing mirror Ra 0.1-0.2 μm, bead blasting matte.
Engineering Support and Custom Solutions
Design for Manufacturability: Free DFM analysis optimizing designs, tolerance stack-up analysis, cost reduction recommendations, prototype development, reverse engineering from samples. Technical Consultation: Application engineering for material selection, process optimization, quality improvement, failure analysis, value engineering. Custom Tooling: In-house tool grinding, special form tools unique profiles, custom thread tools non-standard, modified tools optimized performance. Quick Response: 24-hour quote turnaround standard parts, engineering support 48 hours, expedited prototypes 3-5 days.
Competitive India Manufacturing
Cost-Effective: 40-50% cost savings versus North America/Europe equivalent quality, competitive pricing without compromising tolerances/finish/material. Volume Discounts: >10,000 pieces: 15-25% discount, >50,000: 25-35%, >100,000: 35-45%. Flexible Volumes: Prototypes (25-100), small production (100-1,000), medium (1,000-10,000), high-volume (10,000-1,000,000+), blanket orders scheduled releases. Global Export: Established logistics and freight forwarding, comprehensive export documentation, air freight (5-7 days), sea freight (4-6 weeks), experience with USA, Canada, EU, UK, Australia, Middle East regulations.
Fast Lead Times
Prototypes: 3-5 days simple turned parts, 5-10 days complex parts with milling, 7-14 days with plating/finishing, expedited service available. Production: 1-2 weeks repeat orders established programs, 2-4 weeks new custom parts including setup, 4-6 weeks high-volume with testing/documentation.
Frequently Asked Questions
Q1: What makes Swiss machining ideal for small brass precision parts? Swiss machining uses guide bushing supporting workpiece near cutting tool, minimizing deflection enabling ultra-tight tolerances ±0.005-0.01mm, L/D ratios up to 40:1, concentricity 0.005-0.01mm TIR, and superior surface finish Ra 0.4-0.8 μm. Multi-axis simultaneous operations complete parts in single setup eliminating repositioning errors. Best for small diameter parts 0.3-32mm with complex features, threads, cross-holes in high volumes 50-500 parts/hour.
Q2: What tolerances are achievable with brass Swiss machining? Standard: ±0.01-0.02mm general features, concentricity 0.01-0.02mm TIR, surface finish Ra 0.8-1.6 μm. Precision: ±0.005-0.008mm tight features, concentricity 0.005-0.01mm TIR, Ra 0.4-0.8 μm. Ultra-Precision: ±0.002-0.003mm with grinding, concentricity 0.002-0.005mm TIR, Ra 0.2-0.4 μm ground. Thread tolerances 4H/4g to 6H/6g metric, 2A/2B to 3A/3B unified. Best tolerances on parts <16mm diameter.
Q3: Can you machine lead-free brass for medical devices? Yes, we machine lead-free brass alloys including C27400 (63% Cu, 37% Zn, <0.05% Pb), C26000 cartridge brass (70% Cu, 30% Zn), C69300 silicon brass (<0.25% Pb NSF/ANSI 61 compliant). These are RoHS compliant and suitable for medical devices and potable water contact. Machinability 60-70% versus CDA 360 (100%), resulting in 15-40% longer cycle times but fully compliant with regulations. Available with biocompatible coatings (electroless nickel, gold, silver) for implantable applications.
Q4: What are typical lead times and MOQs for Swiss machined parts? Prototypes: 3-5 days simple, 5-10 days complex, 7-14 days with finishing, MOQ 25-100 pieces. New Production Parts: 2-4 weeks including CNC programming, first article, approval, MOQ 100-500 pieces. Repeat Orders: 1-2 weeks from established programs, MOQ 500-1,000 pieces for setup efficiency. High-Volume: 2-4 weeks dedicated production run, MOQ 5,000-10,000 pieces, volume discounts 15-45%. Blanket Orders: 6-12 month scheduled releases, flexible delivery, inventory management.
Q5: What documentation is provided with Swiss machined components? Complete documentation includes: Material Certificates with chemical composition per ASTM B16 (±0.5% accuracy), heat number traceability. Dimensional Inspection Reports with CMM data, statistical analysis, Cpk values for critical dimensions. First Article Inspection (FAI) report per AS9102 for new parts. Thread Gauge Reports Go/No-Go results per ISO/ASME standards. Surface Finish Measurements Ra values for critical surfaces. Mechanical Property Test Results (tensile, hardness) where specified. Plating Certificates with thickness verification, adhesion testing, salt spray results. Certificate of Conformance to customer specifications. RoHS/REACH Compliance declarations where applicable.
Contact Us Today – Request Quote for Brass Swiss Machined Components
Ready to discuss your brass Swiss machined component requirements for medical devices, aerospace, automotive sensors, fiber optics, instrumentation, or precision assemblies?
Request a Quote: Send drawings (PDF, DWG, STEP, IGES formats), specifications including brass alloy, quantity, tolerances, surface finish, delivery schedule to sales@jambrass.com for detailed quotation within 24 hours.
Engineering Support: Email technical drawings for free DFM review, tolerance analysis, cost optimization recommendations, material selection guidance.
Call Us: +91-22-43449300 / +91-22-43449323 (Monday-Saturday, 9:00 AM – 6:00 PM IST)
Office Address: 1406, 14th Floor, Dalamal Tower, Nariman Point, Mumbai – 400021, Maharashtra, India
Factory Address: Plot 10B, GIDC Industrial Estate, Shanker Tekari, Udyognagar, Jamnagar, Gujarat, India – 361004
Contact Person: Mr. Mehul Vora
Email: sales@jambrass.com
