What are the post-processing requirements for finished robotic parts?

Robot Parts Are Usually Processed As Follows:

1. Remove The Oxide Scale  The Parts. There Should Be No Scratches, Abrasions Other Defects That Damage The Surface Of The Parts On The Processed Surface. Remove Burrs Flash. Huiwen Zhizao Is A Machining Factory With More Than Ten Years Of CNC Machining Experience . It Has A Full Range Of Equipment, CNC Lathe/Milling/Grinding/Drilling/Machining. Partners With Parts Processing Needs Are Welcome To Call Us For Quotes.

2. After Quenching Tempering Treatment, The Steel Parts Are Subjected To High-Frequency Quenching, Tempering At 350-370℃, HRC40-45, Carburizing Depth Of 0.3mm, High-Temperature Aging Treatment; Aluminum Parts Can Be Post-Treated By Sandblasting Anodizing, Hard Oxidation, Blackening, Passivation, Phosphating, Etc.; Magnesium Alloys Can Be Subjected To Micro-Arc Oxidation, Etc.

3. The Shape Tolerance Of The Unfilled Part Shall Comply With The Requirements Of GB1184-80. The Allowable Deviation Of The Unfilled Length Dimension Is ±0.5mm. The Casting Tolerance Zone Is Symmetrical To The Basic Dimension Configuration Of The Blank Casting.

4. The Fillet Radius Is R5, The Chamfers Are 2×45°, The Sharp Corners Are Blunted;

5. The Temperature Shall Exceed 100°C. After The Gear Is Assembled, The Contact Spots Side Clearance Of The Tooth Surface Shall Comply With The Provisions Of GB10095 GB11365;

6. When Assembling The Hydraulic System, It Is Allowed To Use Sealing Fillers Sealants, But They Should Be Prevented Entering The System. Parts Components (Including Purchased Parts Outsourced Parts) Entering The Assembly Must Have A Certificate Of Conformity Issued By The Inspection Department Before They Can Be Assembled.

The Surface Treatment Process Of Robot Parts Processing Is An Indispensable Process For Material Post-Processing. Without The Surface Treatment Process, The Parts Will Be Rusty, Rough Ugly. The Machine Will Be Miserable Outdated. The Moving Parts Will Move Smoothly, The Friction Parts Will Slide, Let Alone Precise Matching. Huiwen Zhizao Is A Machining Factory With More Than Ten Years Of CNC Machining Experience. It Has Complete Equipment, CNC Lathe/Milling/Grinding/Drilling/Machining. Welcome Partners With Parts Processing Needs To Call Us For Quotation.

Strictly Speaking, Surface Treatment Heat Treatment Are Machining Processes, But In A Broad Sense, They Are Indeed Machining Processes, But Most Of Them Are Additive Processing. Some Friends May Understand The Difference Between Additive Subtractive Processing. Let Me Explain. The Cutting Processing We Usually Talk About Is Subtractive Processing, Because The Original Material Is Larger Than The Size We Want, Its Volume Quality Are Reduced After Processing. Some Materials Become Powder, Such As Grinding Machines.

Processes Like Powder Metallurgy  3D Printing Involve Continuously Adding Materials To Eventually Form An Appearance. Although The Amount Of Material Added By Electroplating Painting Is Tiny, It Is Still An Increase In Material, So It Is Still Called A Processing Process.

So, What Are The Types Of Surface Treatment Methods For Robot Parts Processing? Here, We Will Tell You What We Know. I Hope You Can Clearly Know That The Surface Treatment Of Robot Parts Processing Is Related To Materials. Let’s Talk About Steel First! After All, The Most Commonly Used Material On Equipment Is Steel. The Treatment Methods Of Steel Include Electroplating Painting, Some Can Also Be Polished Brushed.

Electroplating Is Generally Used To Plate Materials With Relatively Hardness Strong Rust Resistance, Such As Chrome Plating, Nickel Plating, Titanium Plating, Gold Plating, Silver Plating, Etc. It Is A Chemical Method To Add Another Material To The Surface Of The Material, So That The Appearance It Is No Different The Plated Material.

Aluminum Materials Are Usually Anodized, Which Can Produce A Variety Of Colors. However, Most Colors Are Recommended For Use On Equipment Because The Equipment Is Relatively Heavy. Try To Make It Too Colorful Gaudy.

The Anode Can Also Be Hard-Oxidized. The Color Of This Oxidation Cannot Be Changed Is Basically Gray-Brown, But The Surface Is Much Harder Than That Of Ordinary Anodes. This Method Is Usually Used When Strength Is Required. Anodes Are Very Good For Materials Such As Aluminum, Making The Soft Aluminum The Second Most Widely Used Material After Steel.