On-demand CNC Services

Custom Precision Machining / Custom Machined Parts

Pre­ci­sion machin­ing is the removal of mate­r­i­al result­ing in a close tol­er­ance part. Com­pos­ite Cut­ter Tech­nol­o­gy, along with our strate­gic part­ner,  pro­vides pre­ci­sion machin­ing ser­vices to a vari­ety of indus­tries.  Our mul­ti-axis work cells sup­ply the machin­ing nec­es­sary to pro­vide accu­rate parts for our cus­tomers. Let’s talk about your machin­ing needs, we can help.

  • Alu­mini­um CNC Ser­vice

  • Alu­minum Alloys Machin­ing

  • Bi-Met­als Machin­ing

  • Pre­ci­sion Machin­ing of Brass

  • Stain­less Steel CNC Machin­ing Ser­vices 

  • Car­bon Fiber Rein­forced Poly­mer

  • Car­bon Steel Machin­ing

  • High Speed Machin­ing of Mag­ne­sium Alloys  

  • Tech­ni­cal Ceram­ics Machin­ing

  • Machin­ing of Com­pos­ite Mate­ri­als

  • EDM Machin­ing of Cop­per

  • Cop­per Alloys Machin­ing

  • Machin­ing of Heat-Resis­tant Super Alloys  

  • Fer­rous Machin­ing

  • Lead Machin­ing

  • Mag­ne­sium Machin­ing

  • Machin­ing Iron

  • Machin­ing of Met­al Matrix Com­pos­ites (MMCs)

  • Non-Fer­rous Met­als Machin­ing

  • Cus­tom Plas­tic Machin­ing

  • Machin­ing of Pow­der Met­al­lur­gy Steels

  • Car­bide Machin­ing

  • Steel CNC Machin­ing

  • Machin­ing 1018 Steel 

  • Tin Pre­ci­sion Machin­ing

  • Zinc Machin­ing

Electrical Discharge Machining

EDM is the removal process where a thin wire is used to cut through con­duc­tive mate­ri­als such as poly­crys­talline dia­mond, poly­crys­talline cubic boron nitride, alu­minum, steel and car­bide. The sta­tion­ary work piece is sub­merged in deion­ized water and the wire is used to change the shape and size of the work piece. CNC Wire EDM machines are used at CCT with wire diam­e­ter as small as 0.002”. Our cur­rent equip­ment list con­tains 7 EDM machines, includ­ing CNC: 

Turning

Turn­ing is a machin­ing process where the work piece rotates and the cut­ting tool remains sta­tion­ary. Turn­ing is com­mon­ly used to describe remov­ing mate­r­i­al on the exter­nal sur­faces and bor­ing is com­mon­ly used to describe remov­ing inter­nal sur­face mate­r­i­al. The work piece can be reshaped and resized.   Both turn­ing and bor­ing are com­plet­ed on a CNC, com­put­er numer­i­cal con­trol, lathe. Our cur­rent equip­ment list includes 9 CNC turn­ing cen­ters, 5 axis, sub spin­dles, twin tur­ret, bar capac­i­ty .25″ – 2.75″, horse­pow­er up to 30 hp:

Milling

Milling is a machin­ing process where the work piece is sta­tion­ary and the cut­ting tool rotates and advances to remove mate­r­i­al.   End­mills, router and inserts are used to shape the mate­r­i­al to the close tol­er­ances not­ed on the prints. The work piece can be resized and reshaped using a CNC mill. Our cur­rent equip­ment list includes 21 ver­ti­cal machin­ing cen­ters, 4 axis, machine trav­els 20″ x 40″, horse­pow­er 3.5 — 25 hp:

Grinding

Grind­ing is the act of remov­ing mate­r­i­al by using abra­sive wheels to remove the mate­r­i­al on the work piece. The grind­ing wheel rotates and acts as a cut­ting tool while the work piece either rotates or remains sta­tion­ary depend­ing on the tool require­ments. Grind­ing leaves a high qual­i­ty sur­face fin­ish and close tol­er­ances. CCT uti­lizes with both CNC and man­u­al grind­ing machines. Our cur­rent equip­ment list con­tains 9 grind­ing machines includ­ing CNC, hydraulic and man­u­al oper­a­tion:

Additional Supportive Equipment

Braz­ing equip­ment, in-house heat treat­ing, in-house anodiz­ing, inspec­tion equip­ment and sup­port equip­ment for all the pre­ci­sion machin­ing ser­vices.